The 10th Hyper Interdisciplinary Conference

Conference Theme
Change, Adaptation, Evolution
Day & Time
Friday, March 5, 2021 9:00-18:30 / Saturday, March 6, 2021 9:00-18:30
Place
Congress Square Haneda (all sessions and online delivery)Access

The 10th Hyper Interdisciplinary Conference

Archived Videos
free admission

 Part 1  April 12 (Monday) 12:00 - May 31 (Monday) 18:00
 Part 2  April 26 (Monday) 12:00 - May 31 (Monday) 18:00

The period of free archived videos has ended.

What is the Hyper Interdisciplinary Conference?

In 2002, Liberace came up with the concept of "hyperdisciplinarity" to bridge the gap between the exponential increase in the number of scientific publications in recent years and the ever-increasing rate of knowledge available to us. Since then, we have been working as science bridge communicators to bridge science into knowledge that society can use, bringing together scientists, engineers, businesspeople, factory workers, doctors, farmers, educators, and other specialists in a variety of different fields. We believe that this "hyper-disciplinarity" network should be the key to exponentially increasing human knowledge. The Hyperdisciplinarity Conference is a place to test this hypothesis and take a new step forward.

About the 10th Annual Meeting of the Association of Hyperdifferent Fields

Not only are lifestyles changing with the global epidemic of new infectious diseases, but technological advances and changes in the natural environment are causing major changes in various layers of human activity. Flexibly combining the knowledge of science and technology that has been cultivated up to now with the findings of cutting-edge research and technological development that is being undertaken right now, without being bound by conventional wisdom, will not only help us adapt to the changes that are occurring now, but will also give us the strength to move forward even further. The theme of the 10th annual conference of the Association for Transdisciplinary Research in Science and Technology will be "Change, Adaptation, and Evolution," and 36 sessions will be held over two days with discussions centered on science and technology.

Dates Friday, March 5 and Saturday, March 6, 2021
LocationCongress Square Haneda(All sessions and online delivery)
Address 1-1-4 Haneda Airport, Ota-ku, Tokyo Haneda Innovation City Zone J-K (Access)

<To whom it may concern
Academia, venture companies, agricultural corporations, large corporations, town factories (fabricators), local governments, junior high and high school students, etc.

<Online Abstracts
Abstracts for poster and booth presentations areClick hereYou can see
*Only for poster and booth presenters or audience ticket holders.

Program Information

  • Day1: March 5
  • Day2: March 6

Day1: Friday, March 5, 9:00-18:00

Main hall
(Online delivery)
Session Room A
(Online delivery)
Session Room B
(Online delivery)
Poster and booth
9:00 Opening Ceremony
[Keynote Speaker]Three Southeast Asian Entrepreneurs Facing Social Challenges: "In the Era of Empathetic Foundations, Can Japan's Deep Tech Ventures Lead the Times?"Simultaneous interpretation available
Main Hall Simultaneous Delivery  Main Hall Simultaneous Delivery
10:00 [SESSIONS.]Japan-Singapore Ecosystem Connectivity Session "Hubs Connect, and Beyond
Simultaneous interpretation available
[SESSIONS.]Environmental Revolution - New ESG Strategy for 2030 [SESSIONS.]To generate new knowledge from the 300,000 patents that continue to accumulate every year Postings and Exhibits
11:00 [SESSIONS.]Future Food Tech ASIASimultaneous interpretation available [SESSIONS.]Manufacturing challenges and solutions for manufacturing ventures [SESSIONS.]Creating the Future of the Region with Researchers from Very Different Fields
12:00 lunch time
13:00 [SESSIONS.]The Key to Halal Hub Expansion Lies in Asia's Leading City for Demonstrative Experiments - Collaboration between Large Corporations and Ventures Made Possible by Malaysia Simultaneous interpretation available [SESSIONS.]I've seen a lot of early-stage ventures, and I'm starting to see what's hard about them. [SESSIONS.]Future Health Tech Businesses Tackling Humanity's Common Challenges Postings and Exhibits
14:00 [SESSIONS.]The Potential of Japanese Deep Tech Ventures to Solve Industrial Problems in the Philippines Simultaneous interpretation available [SESSIONS.]The Future Story of Viruses and Humanity - New Insights from the Battle in the Research Field [Pitch]Online Technology Splash - Will alter-ego robots revitalize online conferences?
15:00 Poster Booth Core Time
16:00 [SESSIONS.]Expansion of Sustainable Ecosystem from the Island ~OIST Deeptech Meetup Seminar Simultaneous interpretation available [SESSIONS.]Gut, different fields, and human health. [SESSIONS.]What is the human resource flow model that allows researchers to take advantage of their potential? Postings and Exhibits
17:00 [SESSIONS.]Sustainable Business - Creating people who make decisions and take action based on "sustainability [SESSIONS.]Here's how far we've come! Automation of Life Science Experiments [SESSIONS.]On the eve of the manufacturing revolution with 3D printers that will "start" in the future
18:00 Closing Talk(~18:30) Main Hall Simultaneous Delivery Main Hall Simultaneous Delivery  

 

9:00-9:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
Keynote Speech: "Three Southeast Asian Entrepreneurs Facing Social Issues: "In the Era of Empathetic Foundations, Can Japan's Deep Tech Ventures Lead the Times?
"In the era of founding business with empathy, can Japan's deep tech ventures lead the way?" Talk by 3 entrepreneurs from Southeast Asia who are tackling social issues
The composition of new industries forming around strong technology is being lost. In recent years, the world's major IT firms have grown rapidly by leveraging information, entering new fields, and building stronger positions through investments in and acquisitions of technology ventures. However, the nature of such companies is under review.

What companies really need to face are unsolved social issues. In this keynote speech, we will hear from three founders of venture companies in Southeast Asia who are facing major social issues that must be tackled in the long term. In an age when businesses created through empathy, rather than the monopoly of one company, is becoming the new trend, we would like to provide an opportunity for Japanese venture companies to consider how they should face social issues.

In recent years, the world's leading IT companies have used In recent years, the world's leading IT companies have used information to grow rapidly, enter new fields, and build stronger positions by investing in and acquiring technology ventures. However, the nature of such companies is being reconsidered.

In this keynote speech, we will hear from three startup companies founders in Southeast Asia who are confronting major social issues that need to be tackled on a long-term basis. In this keynote speech, we will hear from three startup companies founders in Southeast Asia who are confronting major social issues that need to be tackled on a long-term basis. Japanese startups should confront social issues in an era where businesses built on empathy rather than monopoly by one company are becoming the new trend .

"More Information"

<Online Speaker
Shiok Meats
Pte.Ltd.
(Shook Meats)
CEO & Co-Founder
Dr. Sandhya Sriram(Dr. Sandhya Shriram)

He is a researcher with more than 10 years of experience in the stem cell area. D. from Nanyang Technological University (Singapore), he spent 4 years at the Agency for Science, Technology and Research of Singapore (A*STAR) working in this area. She was selected by Forces Women in Tech as an Entrepreneur of the Year, and has been featured on the Nature Biotechnology blog. She was born in India in 1985 and is a vegetarian.

<Online Speaker
Aerodyne Group
(Aerodyne Group)
CEO
Mr. K. K. Kamarul. A. Muhamed.(Mr. Kamalulu Muhammed)

He has 25 years of experience as a pioneer in enterprise software and security, interactive multimedia applications and software development, and drone applications. A graduate of Nottingham Trent University, he began his career in London as an auditor. He then became Director and Country Manager of Computer Associates, and in 2014 founded Aerodyne Group, an AI-driven drone-based enterprise management solutions provider. The company has grown to become the #1 drone company in Asia and was awarded UAV company of the year 2018 at Frost & Sullivan's Malaysia Excellence Awards in 2018.

<Online Speaker
NDR Medical Technology Pte.
 Ltd.(NDR Medical Technology)
CEO, Co-Founder
Mr. Alan Goh(Mr. Alain Gault)

CEO and co-founder of NDR Medical Technology, a medtech startup developing surgical robots driven by artificial intelligence and medical imaging. He was appointed Chair of the APACMed Startup Committee to lead and build the medtech ecosystem within the Asia Pacific region. Recent high-profile wins include Slingshot 2018 and MedtechInnovator Asia-pacific 2019.

10:00-10:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
Japan-Singapore Ecosystem Connectivity Session "Hubs Connect, and Beyond
Japan-Singapore Ecosystem Session "The connection of hubs and its future

Session Partner: Enterprise Singapore
powered by: Leave a Nest Singapore Pte.

Japan has long been positioned as an important market and collaborator for Singaporean companies, but due to differences in language and business practices, active collaboration has yet to materialize. To overcome this situation, Liberace and the Singaporean government have launched an initiative to connect the Japanese and Singaporean ecosystems in the form of support for Singaporean ventures entering the Japanese market from 2020. RIVERNESS and Enterprise Singapore have jointly implemented a Japan Market Entry Support Program to assist Singaporean ventures selected for the program to develop their market and technology in Japan. In this session, we will overview the future that the ecosystem connection will open up through pitches by the selected ventures.

Japan has long been positioned as an important market and collaborator for Singaporean companies, but due to differences in language and business practices, active collaboration has yet to be realized. In order to overcome this situation, Leave a Nest and the Singapore government have launched an In order to overcome this situation, Leave a Nest and the Singapore government have launched an initiative to connect the Japanese and Singaporean ecosystems in the form Enter to Japan Market Program since 2020. (Singapore's government agency) are jointly implementing a program to support Singaporean starups to enter the Japanese market and develop their In this session, the selected startups will give an overview of the future that the ecosystem connection will open up through their pitches. In this session, the selected startups will give an overview of the future that the ecosystem connection will open up through their pitches.

"More Information"

<Online Speaker
TRIA Pte. Ltd.

CEO
Mr. Pei Kang Ng

Developed a plant-based bioplastic that can decompose in as little as 24 hours and a composting system. By utilizing tableware made of bioplastic material developed by TRIA, restaurants can turn garbage into compost within 24 hours by processing not only food scraps but also tableware in a special machine. No need to separate garbage, and the use of compost to grow plants makes it possible to realize a circular economy.

<Online Speaker
Austrianova Singapore Pte.

CTO, Chairman
Dr. Walter Gunzburg

The company is 10,000 times more resistant to acidic environments than its competitors, and has developed technologies such as "Cell in the Box," which encapsulates immune cells for use in cancer therapy, and "Bac in the Box," which encapsulates microorganisms in a form that can be stored at room temperature for long periods of time. Dr. Gunzburg is a serial entrepreneur and professor of virology at the University of Veterinary Medicine Vienna.

.
Leave a Nest Singapore Private Ltd.board member
Shohei Maekawa

After receiving a Master's degree (M.S., Evolutionary Anthropology) from University College London, he joined Rivanes in 2013 and founded Leave a Nest UK in 2016 in the U.K. after the Brexit resolution. Acceleration Program "TECH PLANTER" in Southeast Asia. From 2019, he will serve as a board member of Leave a Nest Singapore to promote ecosystem connections between Southeast Asia and Japan.

Mr. Shohei Michael Maekawa, Director, Leave a Nest Singapore Pte.
Mr. Maekawa is also the President of Leave a Nest UK. He was born in USA and raised in Europe. With experience aboard and passion towards advancement of science and technology, he joined Leave a Nest in 2013 and moved With experience aboard and passion towards advancement of science and technology, he joined Leave a Nest in 2013 and moved to Singapore from 2019 as director of Leave a Nest Singapore. ecosystem between ASEAN and Japan.

In addition to these two companies, other ventures selected for the third program to be implemented in 2021 will also participate in this session.
Please see below for a list of the 3rd Program selected ventures that will be speaking at this session.

Company Name Business
Crown Digital Pte. A robotic barista with an ecosystem of artificial intelligence, IoT, electronic payments, and big data, Crown Digital is leveraging the latest technologies in AI, machine learning, data analytics, and robotic automation to create a new retail ecosystem.
Augmentus Pte. Augmentus is an AI robot programming platform used by manufacturing companies. It offers no-code, fully integrated programming software that allows you to perform industrial robot programming in a simpler form.
Profile print (Teapasar Pte. Ltd.) ProfilePrint is an ingredient analysis SaaS platform with patented AI food fingerprinting technology. Their technology matches analyzed parameters with digital fingerprints to quickly predict the quality and profile of food samples within seconds.
Kombynation Co. Pte Ltd Kombynation is a fermented beverage venture from Singapore. It has its own microbrewery and produces gut-friendly kombucha.
Jules Corporation Pte Ltd JULES Corporation is a Singaporean Edutech venture. The world is rapidly changing with advanced technologies such as A.I., machine learning and robotics. Our mission is to help the next generation prepare for future changes with global software education technology.
SoundEye Pte Ltd. SoundEye develops advanced sound recognition solutions capable of classifying sounds for emergency monitoring and surveillance applications. In partnership with many companies and corporations, we have installed our products in airports, shopping malls, condominiums, nursing homes, children's homes, nursing homes, and facilities for the indigent, among others.

 

11:00-11:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
Future Food Tech ASIA

Session Partner: Realtech Holdings, Inc.

Food tech ventures are hot right now in Southeast Asia. In this huge market of 650 million people with diverse food cultures, investment in any technology that can improve food self-sufficiency in a sustainable manner is accelerating at the national level. In particular, Singapore, which depends on imports for about 90% of its food, is expected to become a global food tech hub in the future after the world's first approval for the sale of cell-derived cultured chicken late last year.
The Liverness Group is actively supporting ventures in the alternative meat and food packaging areas in Singapore and Malaysia. Shiok Meats, a Singaporean company in which Realtech Holdings has invested, aims to develop shrimp cell cultured meat through collaboration with Japanese ventures and business companies. Realtech Holdings has invested in Shiok Meats in Singapore, which aims to develop cultured shrimp cell meat through collaboration with Japanese venture and business companies. In this session, together with domestic and foreign food tech ventures at the forefront of food tech, we will discuss mechanisms to create cross-border collaboration to solve food issues in Southeast Asia.

In this huge market of 650 million people with diverse food cultures, investment in food technology can sustainably improve food self-sufficiency is accelerating at the national level. In this huge market of 650 million people with diverse food cultures, investment in food technology that can sustainably improve food self-sufficiency is accelerating at the national level. Singapore, in particular, which depends on imports for about 90% of its food, became the first country in the world to approve the sale of cell-derived cultured poultry meat at the end of last year, and is expected to become a global food tech hub in the world. The company is a member of the International Food Technology Association (IFA), a non-profit organization that promotes the development of food technology.

Recently Leave a Nest Group is actively supporting startup companies in the alternative meat and food packaging fields in Singapore and Malaysia. In this session, together with domestic and foreign startups that are at the forefront of the alternative meat and food packaging field in Singapore and Malaysia. In this session, together with domestic and foreign startups that are at the forefront of the food tech industry, we will discuss a In this session, together with domestic and foreign startups that are at the forefront of the food tech industry, we will discuss a mechanism for creating cross-border collaboration to solve food issues in Southeast Asia.

"More Information"

<Online Speaker
Shiok Meats
Pte.Ltd.
(Shook Meats)
CEO & Co-Founder
Dr. Sandhya Sriram(Dr. Sandhya Shriram)

He is a researcher with more than 10 years of experience in the stem cell area. D. from Nanyang Technological University (Singapore), he spent 4 years at the Agency for Science, Technology and Research of Singapore (A*STAR) working in this area. She was selected by Forces Women in Tech as an Entrepreneur of the Year, and has been featured on the Nature Biotechnology blog. She was born in India in 1985 and is a vegetarian.

Integriculture Inc.
Representative Director, CEO
Mr. Yuki Hanyu

D. in Chemistry from Oxford University in 2010. After working at the Institute of Multidisciplinary Research for Advanced Materials, Tohoku University, Toshiba Research and Development Center, and Systems Technology Laboratory, he launched the "Shojinmeat Project" in 2014 with several researchers and students as a volunteer group for research and development of cell cultured meat to realize cellular agriculture. In 2014, he launched the "Shojinmeat Project" with several researchers and students, aiming for the realization of cellular agriculture, and spun off Integriculture Inc. in 2017. Since then, Shojinmeat Project has been working to popularize and diversify cell culture through the development of DIY cell culture techniques and the activities of artists and creators, while Integrated Culture, Inc. has been working to build a standard infrastructure for cell agriculture using a general-purpose large-scale cell culture system (CulNet System). Ltd.

Ira Noah Pte.
Director
Mr. Satoshi Unno

Graduated from Ritsumeikan University in 2007 with a degree in International Relations. He has participated in Jigen Inc. since its founding period, and as Director in charge of business operations, he led the company's IPO on the Tokyo Stock Exchange Mothers market and its listing on the First Section of the Tokyo Stock Exchange in 2018. In 2020, he joined Ira Noah. He is jointly responsible for the global expansion of the plant meat business as a board member.

.
Realtech Holdings, Inc.
president of a company (US)
Mr. Shogo Fujii Wilhelm

He holds a Master's degree in International Cooperation from the University of Tokyo. She joined EIT Climate-KIC (Inc.), Europe's largest public-private agency for climate change innovation. After planning and financing a new department to drive sustainable urban planning and redevelopment, he was in charge of evaluating projects in this department, including building retrofit, urban greening, and clean mobility. He also headed a company-wide HR system reform task force and experienced a wide range of HR duties. At the Real Tech Fund, he provided hands-on support for a wide range of HR tasks, including hiring, team building, and HR system design to accelerate the growth of the venture companies in which he invested.

13:00-13:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
The Key to Halal Hub Expansion Lies in Asia's Leading City for Demonstrative Experiments - Cooperation between Large Corporations and Ventures Made Possible by Malaysia
Cyberjaya, Asia's Leading City for Technology Installment, is the Key to Establishing a Halal Hub - Collaboration between MNCs and Startups in Malaysia

Session Partner: Aerodyne Japan K.K.
powered by: Leave a Nest Malaysia Sdn. Bhd.

The Malaysian government is promoting "Industry4WRD," a Malaysian version of Industry 4.0, as a national strategy to improve the productivity level of the manufacturing industry, and as a result of the venture creation measures focused on in the 2010s, Malaysian ventures are now strongly driving this national strategy. However, Malaysia faces the challenge of not having enough large companies that can work together with venture companies to promote large-scale projects such as a smart mobility society, an efficient and convenient healthcare system, and the promotion of digitalization at the national level. The "Cyberjaya" special economic zone near the Kuala Lumpur International Airport and other special economic zones have solved this problem and have produced a series of examples of cooperation between large corporations and venture companies. By establishing preferential systems for corporate tax and foreign employment, large foreign companies are moving in one after another, and at the same time, promising ventures in Malaysia are taking up residence. The key to Japanese companies entering the halal market is to conduct a series of demonstration experiments in these special zones. Mr. Kamalulu, CEO of the Aerodyne Group, which is based in Cyberjaya and has risen to become the world's No. 2 drone company, and Mr. Shahzad Ahmad, who leads the development of Iskandar, a special zone in Johor, southern Malaysia, discuss the reality of demonstration experiments in Malaysia's special zones and how such assets can be utilized. Zulfikar, Managing Director of the investment arm of superdeveloper Iskandar Inbestment, which is leading the development of Iskandar, and Liduan, Director, Investment Authority Malaysia, will discuss. The moderator will be Mr. Ito, President of Aerodyne Japan, which connects Japan and Malaysia in terms of culture and business on both sides.

The Malaysian government is promoting Industry4WRD, a Malaysian version of Industry 4.0, as a national strategy to improve the level of productivity in the Now, venture businesses are currently driving this national strategy. Now, venture businesses are strongly driving this national strategy. However, Malaysia is facing a lack of large corporations that can work together with venture businesses to promote large-scale projects such as the realization of a smart mobility society, an efficient and Special economic zones such as Cyberjaya, located near the Kuala Lumpur International Airport, are strongly driving this national strategy. Special economic zones such as Cyberjaya, located near the Kuala Lumpur International Airport, are solving this problem and producing examples of collaboration between large corporations and venture businesses one after another. By setting up a preferential system for corporate taxation and foreign employment, large foreign companies are moving By setting up a preferential system for corporate taxation and foreign employment, large foreign companies are moving into the area one after another, and at the same time, promising Malaysian venture businesses are setting up shop. It can be said that the key for Japanese In this session, We would like to talk about the actual situation of PoC experiments in these special zones. Kamarul-san, CEO of the Cyberjaya-based Kamarul-san, CEO of the Cyberjaya-based Aerodyne Group, which has risen to become the world's No. 2 drone company; Zulfiqar-san, managing director of the investment arm of super developer Iskandar Investment, which is leading the development of Iskandar, and Riduan-san; director of the Malaysian Investment Development Authority. The moderator will be Itoh-san, CEO of Aerodyne Japan, which connects the cultures and businesses of both Japan and Malaysia.

"More Information"

<Online Speaker
CEO, Aerodyne Group

Mr. K. K. Kamarul. A. Muhamed ((Mr. Kamalul Muhammed)

He has 25 years of experience as a pioneer in enterprise software and security, interactive multimedia applications and software development, and drone applications. A graduate of Nottingham Trent University, he began his career in London as an auditor. He then became Director and Country Manager of Computer Associates, and in 2014 founded Aerodyne Group, an AI-driven drone-based enterprise management solutions provider. The company has grown to become the #1 drone company in Asia and was awarded UAV company of the year 2018 at Frost & Sullivan's Malaysia Excellence Awards in 2018.

<Online Speaker
IIB Ventures Sdn. Bhd.
Managing Director
Mr. Zulfiqar Zainuddin

He is the Managing Director of IIB Ventures Sdn Bhd, a wholly owned subsidiary of Iskandar Investment Berhad, a super developer of the city of Iskandar itself, a special zone in Malaysia. Prior to that, he led i2M Ventures Sdn Bhd (i2M), a wholly owned subsidiary of Khazanah Nasional, the strategic investment arm of the Malaysian government. Prior to his appointment, he was Head of Business Services for Investment at Khazanah Nasional Berhad and also. In his current position at Malaysia Digital Economy Corporation (MDEC), he has managed large multinational companies as the Head of Foreign Direct Investment.
He is also currently an advisor to Outsourcing Malaysia (OM) and president of the Association for Look East Policy Studies (ALEPS). He holds a Bachelor's degree in Economics from Wakayama University.

Regional Director, Malaysian Investment Development Authority (MIDA)
Mr. Riduan Rahman

He graduated from the University of Portsmouth, UK with a degree in Accounting. After gaining extensive experience in consulting, manufacturing, logistics, and finance in various private companies such as Horwath, BSA Manufacturing, Airport Limo, and RHB Bank, he joined the Malaysian Investment Development Authority in 2003. He has worked in various departments including foreign investment promotion. After five years as Deputy Director of the Investment Development Authority of Malaysia's Frankfurt, Germany office, he was appointed as Director of the Investment Development Authority of Malaysia's Tokyo office in July 2018. He is responsible for formulating and implementing investment promotion strategies to attract investment from Japan to Malaysia. He also oversees the East Asia region.

.
Aerodyne Japan K.K.
President and Representative Director
Mr. Hideki Ito

He graduated from California State University, Santa Cruz with a B.A. in Digital Media. He began his career as an AD at a TV program production company and is currently the Japanese representative of Aerodyne, a foreign-affiliated drone company. Based on his extensive overseas experience, he is currently working to promote drone-based digital transformation for corporations and governments. He is the author of the original article, "The Frontline of Infrastructure Robot Utilization: The Future Brought to You by Drones and Digital Technology" (Doboku Gijutsu Shiryo, April 2020).

14:00-14:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
The Potential of Japanese Deep Tech Ventures to Solve Industrial Problems in the Philippines
Harnessing the power of Japanese deep tech startups for Philippine issues
The Philippines is one of the most remarkable countries in Southeast Asia with remarkable economic growth. On the other hand, the country still faces a mountain of social issues such as the environment, poverty, and health. Therefore, it is expected that science and technology from Japan and other neighboring countries will be brought together in the Philippines to solve social issues and create new industries in the country. In this session, we will focus on agriculture and environmental issues in particular to deepen understanding of local issues in the Philippines and introduce Japanese venture companies that are trying to enter and develop business in the Philippines with technologies developed in Japan.
The Philippines, a developing country in Southeast Asia, with its accelerating economic growth is a country that economists around the world say should be given attention from now on. However, being the developing country it is, problems and issues are still rampant. Because of that, it is expected that neighboring countries such as Japan will be using their technologies to solve these issues and bring about new industries. In this session, we will present the current state of science and technology in the Philippines, issues particularly related to agriculture and environment, and lastly In this session we will present the current state of science and technology in the Philippines, issues particularly related to agriculture and environment, and lastly introduce two Japanese startups that are trying to tackle these issues by expansion into the country.

"More Information"

Embassy of the Philippines in Tokyo (Embassy of the Philippines, Tokyo)

Agricultural Attache(Japan Representative of the Department of Agriculture and Director of the Philippine Agricultural Office in Japan)

Mr. Jose I.C. Laquian(Jose Raquian)

Mr. Jose Rakyan is a member of the Foreign Agriculture Service Corps of the Philippine Department of Agriculture.From 2010~2019, he served as a professional diplomat in charge of the Eurasian Economic Community and the European Union including Turkey. He then served as Special Assistant to the Chief of the Office of the Secretary General of the Philippine Government, where he promoted the Agro-Industrial Business Corridor program, and has been in his current position since November 2020. As head of the Philippine Agriculture Office in Japan, he is working to strengthen bilateral relations, promote trade and investment, and explore innovative technologies and knowledge for the sustainability and further development of the agro-industrial sector.

Jose `Pit` Laquian is a member of the Philippine Department of Agriculture - Foreign Agriculture Service Corps. He served as attaché to the European Union including representation to its 28 member states and special assignments to Turkey and the Eurasian Economic Community from 2010 to 2019. - Prior to his posting in Japan in November 2020, he served at the Office of the Secretary - Chief of Staff as special Prior to his posting in Japan in November 2020, he served at the Office of the Secretary - Chief of Staff as special assistant for the conceptualization and development of the Agro-Industrial Business Corridor program among others of the Department. As head of the Philippine Agricultural Office in Japan, he is tasked to enhance bilateral relations, promote trade and investment including sustainability in As head of the Philippine Agricultural Office in Japan, he is tasked to enhance bilateral relations, promote trade and investment including sustainability in agriculture, and tap knowledge, expertise and innovative and smart technology in developing further agriculture in the Philippines.

Galderia Corporation
Co-founder / CEO

Mr. Hajime Tanimoto

He is a graduate of Keio University's Graduate School of Business Administration (MBA) and the University of Pennsylvania's Wharton School Exchange Program, and is a member of JAPAN MENSA. After working for a U.S. consulting firm in Japan, he moved to Silicon Valley to support business and capital alliances between U.S. venture companies and Japanese companies. In 2013, he founded Tenex Corporation, which provides start-up consulting, angel activities, and other venture support services. In 2015, he participated in the establishment of Tenex and became CEO in 2017.

Exchange student to the Wharton School, University of Pennsylvania. After spending six years in the US, moved back to the US, moved to Silicon Valley to bridge startups in the US and corporations in Japan/Asia. After spending six years in the US, moved back to Tokyo in 2000 and founded Realcom, an enterprise software company which did an IPO in 2007 in TSE Mothers. 2013, founded Tenex, a consulting, incubation, and investment company to assist startups including Ory Laboratory and Aub, Inc. Founded Galdieria with partners in 2015 and assumed CEO role since 2017.

Polar Star Space Inc.
Executive Manager
Mr. Masashi Kawaguchi

Born in Tokyo in 1968, he studied design at PARSONS in New York. After returning to Japan, he worked at an advertising agency and then at the Japanese subsidiary of Interbrand in the U.K. In 2002, he moved to the Dentsu Group, and in 2007, he was transferred to 20th Century FOX, where he worked in film marketing. 2009, he participated in the founding of an in-house venture at Dentsu, and since then, he has promoted the business as a founding director. In 2018, he joined Porastarspace, where he is mainly responsible for overseas sales. In 2019, he joined the drone business of an MIT venture in the U.S. In 2020, he launched a research project on hydrogen-fueled drones. Currently, he is in charge of International Business Development at Porous Star Space.

Learned Design at NY Parsons. After returning to Japan, worked for an advertising agency, and then worked for the Japanese subsidiary of British company Interbrand where he was engaged in corporate branding. In 2002, transferred to Dentsu Group. In 2009, participated in the founding of a startup venture within Dentsu, after which he was promoted as a founding director. In 2018, was involved with Polar Star Space, particularly with the promotion of international sales. In 2019, was also involved with a drone startup venture from MIT. In 2019, inaugurated a research project for hydrogen-powered drones. Currently in charge of International Business for Polar Star Space.

.
Leave a Nest Co., Ltd.
Frontier Development Division
Yevgeny Aster Dulla, PhD(Yevgeni Astor Duryea)

Born in Iloilo, Philippines, he graduated from the University of the Philippines - Visayas Campus in 2010 (B.S. Chemistry) and worked as a chemistry lecturer at the University of the Philippines - Manila Campus; came to Japan in 2013 and entered the Kumamoto University - MEXT HIGO Program; M.S. (Health and Life Sciences) in 2015; Ph, D. in 2018 (Health and Life Sciences and Pharmacy). After graduation, he worked for IntraLink, a business consulting firm responsible for assisting companies entering the Japanese market through sales representatives, etc. He supported Western biotechnology and medical device companies in their expansion into Japan. After working in the Education Development Division and the Foundation Development Division, he established a Philippine subsidiary in 2021 and assumed the position of representative.

Yev was born and raised in Iloilo City, Philippines. He graduated with a degree in BS Chemistry from the University of the Philippines - Visayas, after which he worked as an instructor at the University of the Philippines - Manila. He came to Japan in 2013 to pursue graduate studies through the HIGO Program of Kumamoto University, and acquired his Masters in Health Sciences. He came to Japan in 2013 to pursue graduate studies through the HIGO Program of Kumamoto University, and acquired his Masters in Health Life Sciences in 2015 and his PhD in Pharmaceutical Sciences in 2018. He worked at a business consultancy company in Tokyo in 2019 to help bring biotechnology and medical companies from abroad into Japan. In 2020, he joined Leave a Nest Co., Ltd. and is currently under the Frontier Development Division. He is also a Balik Scientist Awardee for 2021, and will be leading In 2020, he joined Leave a Nest Co., Ltd. and is currently under the Frontier Development Division.

16:00-16:50
  • Main Hall - Online Streaming [Simultaneous interpretation available].
Expansion of Sustainable Ecosystem from the Island ~OIST Deeptech Meetup Seminar

Session Partners:
Okinawa Institute of Science and Technology Graduate University (OIST)

The Okinawa Institute of Science and Technology Graduate University (OIST) is one of the world's top nine research institutions in the world. Currently, Okinawa Prefecture is about to launch an initiative to create an ecosystem to solve social issues facing the world (deep issues) with a collection of science and technology (deep tech), centered on OIST, which is proud of its research capabilities, and taking advantage of its location near Southeast Asia.
In this session, OIST researchers and integrators will discuss the theme of sustainable ecosystems unique to island nations with limited resources. Please pay attention to the role model of sustainable ecosystem construction from Okinawa.

Okinawa Institute of Science and Technology (OIST) Graduate University, ranked 9th place in the world according to New Nature Index, is a highly Now, OIST is taking the lead in building an ecosystem in Okinawa that aims to solve island Now, OIST is taking the lead in building an ecosystem in Okinawa that aims to solve island deep issues in the world with science and technology, while taking advantage of its location close to Southeast Asia.
In this session, we will have a panel discussion regarding the sustainable ecosystem that is unique to islands with limited resources.

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Okinawa Institute of Science and Technology Graduate University
FRSC, Professor
Energy Materials and Surface Sciences Unit (EMSSU)
Mr. Yabing Qi

PhD (UC Berkeley, 2008).
MPhil (Hong Kong University of Science and Technology, 2002).
BSc (Nanjing University, 2000).

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Okinawa Institute of Science and Technology Graduate University
Professor (adjunct) Integrated Open Systems Unit
Mr. Hiroaki Kitano

D. in Engineering from Kyoto University in 1991. 2011 President and CEO of Sony Computer Science Laboratories, Inc. and Professor (Adjunct) at the Okinawa Institute of Science and Technology Graduate University. He develops software platforms to facilitate systems drug design and therapeutic intervention. He is also working on the development of an "open energy system" for local production and local consumption of electricity in collaboration with Sony Computer Science Laboratories.

Integriculture Inc.
Representative Director, CEO
Mr. Yuki Hanyu

D (Chemistry) from University of Oxford in 2010. After working as a PD researcher at Tohoku University and at the Systems Technology Laboratory, Toshiba Research and Development Center, he co-founded Integral Culture in October 2015.

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Okinawa Institute of Science and Technology Graduate University
Entrepreneur in Residence
Mr. Masao Nakatsu

Founder and former CEO of Orb Inc. he started Japan's blockchain industry from scratch in 2014 and is the founder and director of JBA, an industry self-regulatory organization, as well as assisting in the enforcement of the Virtual Currency Act (now the revised Funds Settlement Act) and serving on the Expert Panel on FinTech Ventures organized by the FSA. After selling Orb in 2018, he joined Google Global Accelator Program as a lead mentor and OIST as an EIR, and is developing the next generation startup ecosystem in Okinawa.

17:00-17:50
  • Main Hall Online Delivery
Sustainable Business - Creating people who make decisions and take action based on "sustainability

powered by: Liberace University

We are now at a major turning point in our values. The conventional concept of a capitalist economy centered on large corporations is being reversed, and the pursuit of financial capital is being replaced by the realization of a sustainable society. The eco-friendly and green economy as an adjunct to economic activity has come to an end, and a new economy centered on environmental technology has been born and is beginning to revolve around it. The way we work has shifted from being dependent on a single organization to an era of "individual networking," in which we actively determine the scope of our activities. Human resource development to increase individual skills, productivity, and efficiency, which were synonymous with "excellence" during the period of rapid economic growth, will no longer be applicable, and will be largely replaced by AI and robotics. How should education and human resource development be transformed in the future society? In this session, Mr. Kotani, deputy editor-in-chief of WIRED, will moderate a discussion on the future of education with Mr. Omote of East Japan Railway Company, who aims to create value and services with people as the starting point, Mr. Izumo of Euglena, a leading sustainable business leader, and Yukihiro Maru, director of Livability University. Discussion.

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Euglena Co.
President and Representative Director
Mr. Mitsuru Izumo

After graduating from Komaba Toho Junior and Senior High School and the Faculty of Agriculture at the University of Tokyo, he joined the Bank of Tokyo Mitsubishi in 2002, and in 2005 founded Euglena Co. In December of the same year, he succeeded in the world's first mass cultivation of the microalgae euglena (scientific name: euglena) outdoors for food use. Received the Young Global Leader Award at the World Economic Forum (Davos Forum) and the Prime Minister's Award at the 1st Japan Venture Awards. Vice Chairman of the Keidanren Board of Inquiry. Author of "I've Decided to Save the World with Green Beetles" (Shogakukan Shinsho). (Shogakukan Shinsho).

East Japan Railway Company
Executive Officer Deputy General Manager, Business Creation Division
Mr. Teruyuki Omote

Born in Ishikawa Prefecture in 1963, he joined East Japan Railway in 1988. After joining East Japan Railway in 1988, he was assigned to the Business Creation Division, where he served as President and Representative Director of group companies including Japan Restaurant Cooking Center, Nihonbashi Omasu, and NRE Omasu. After serving as Executive Managing Director and Senior Managing Director, he was appointed Executive Officer and Deputy General Manager of the Business Creation Division in June 2016 (current position).

Leave a Nest Co., Ltd.
Representative Director, Group CEO
Yukihiro Maru

In 2002, while still in graduate school, he founded LIVERNESS with only undergraduate and graduate students in science and engineering. He has developed Japan's first "delivery experiment class of cutting-edge science" into a business. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. He is also an innovator who has been involved in the launch of numerous deep-tech ventures, including Euglena.

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WIRED, Japan edition
deputy editor-in-chief
Mr. Tomoya Kotani

Born in Chiba Prefecture in 1972. After graduating from the Department of Political Science, Faculty of Law, Chuo University in 1995, he joined Shufu To Seikatsu-sha Co. He then joined Esquire Magazine Japan in 2001. After working as a senior editor for Esquire Japan edition, he became independent in 2009. He has been involved in editing and writing for lifestyle magazines such as "BRUTUS" and "GQ JAPAN", and joined "WIRED" from its launch in 2011. 18 years later, he was appointed deputy editor-in-chief of "WIRED".

10:00-10:50
  • Session Room A, Online Delivery
Environmental Revolution - A New ESG Strategy for 2030

Session Partner: Daikin Industries, Ltd.
powered by: Investment Development Research Center

What kind of global environment should we leave to the next generation? People are always in search of affluence, and yet, due to their social activities and economic development, we continue to lose limited resources and create problems for the earth.
In this context, many countries and companies have declared their commitment to carbon neutrality, and the Japanese government has declared that it will reduce greenhouse gas emissions to virtually zero by 2050.
There is a need to build an ecosystem in which large companies, small and medium-sized enterprises, venture companies, and researchers with strengths in science and technology work together, transcending business and research fields and positions, and to materialize projects with an action plan by setting issues and working as a team. We will discuss how to build an ecosystem and how to materialize projects.

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Daikin Industries, Ltd.
Technology Innovation Center
Deputy Director and Head of CVC Office
Mr. Taro Mitani

Graduated from Kyoto University, Faculty of Agriculture in 2011, and joined Daikin Industries, Ltd. After joining the company, he was involved in management accounting operations and PMI of Goodman, a major U.S. residential air conditioning company acquired in 2012, etc. In 2015, he stayed outside the company and experienced investment banking operations. After returning to Japan, he was appointed Deputy Director of the Technology Innovation Center, a global center for open innovation, in 2017, responsible for promoting corporate venturing, including M&A and investments, etc. From 2019, he will also serve as General Manager of the CVC Office.

Future Vision Research Center, The University of Tokyo
associate professor

Mr. Yasunori Kikuchi

D. in Chemical Systems Engineering from the University of Tokyo in 2009. He also serves as the representative of the "Platinum Society" general endowed chair and runs a laboratory at the Graduate School of Engineering. He specializes in process systems engineering and chemical systems engineering. He has conducted research on the design and evaluation of technologies and systems that require optimization across agriculture, forestry, and industry, and has studied preemptive life cycle evaluation methods for pre-introduction technologies, such as biomass-derived chemical products production. He has received awards from the LCA Society of Japan, the Society of Chemical Engineers of Japan, the Biotechnology Technology Award, and the World Cultural Council: Special Recognitions. He is promoting the introduction of new technology systems in local communities through collaboration between industry, academia, and government.

METI
Assistant Director, Technology Emerging and University Collaboration Promotion Division, Industrial Technology and Environment Bureau
Mr. Keisuke Sando

Graduated from the University of Tokyo, Faculty of Agriculture, and the University of Tokyo School of Public Policy. After joining the Ministry of Economy, Trade and Industry, he was in charge of innovation policy, nuclear disaster response, electric power system reform, trade insurance, and logistics policy. Currently, as an assistant to the Technology Promotion and University Collaboration Division of the Industrial Science and Technology Policy and Environment Bureau, he is in charge of how to generate profits from technology, including the promotion of R&D venture companies.

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Leave a Nest Co., Ltd.
Director, Investment Development Research Center
Yoshinobu Osaka

He holds a Master's degree in Business Administration from Keio University, Graduate School of Business Administration. After working at Mitsubishi UFJ Bank and Japan Bank for International Cooperation, he worked at the Institute of Industrial Science, University of Tokyo (Specially Appointed Researcher) and Japan Science and Technology Agency (ACCEL Program Manager). Since joining RIVANES, he has been responsible for supporting the commercialization of research results by researchers and the investment and development of venture companies. He also serves as President and Representative Director of Glocalink Inc. and Growth Manager of the Real Tech Fund.

11:00-11:50
  • Session Room A, Online Delivery
Manufacturing challenges and solutions for manufacturing ventures

Session Partner: KOBASHI HOLDINGS Co.

In the past few years, as a result of the progress in prototyping support by local factories and increased investment in the deep-tech area, many startups have been able to accelerate their businesses. On the other hand, an increasing number of cases are facing challenges in the phase of looking toward full-scale mass production with a view to commercialization. Mr. Nagata of the Real Tech Fund and Mr. Omae of the Drone Fund, both of which have made numerous investments in the deep tech area, and Mr. Kobashi of Kobashi Holdings, which supports manufacturing startups, will be invited as guests to discuss the challenges faced by manufacturing ventures on the front lines and solutions to these challenges. and solutions for the challenges faced by front-line manufacturing ventures.

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Mr. Shojiro Kobashi, President and Representative Director, KOBASHI HOLDINGS Co.

Born in Okayama, Japan in 1982. Graduated from Waseda University Graduate School of Business Administration (MBA).Joined Kobashi Kogyo Co. in 2008.Appointed President and Representative Director of the company in 2016.Established KOBASHI HOLDINGS Co. in 2017 and became President and Representative Director.Promoted mechanization of agriculture since its establishment in 1910 and devoted to solving issues in the agricultural sector. He has been a member of the KOBASHI HOLDINGS Group since its establishment in 1910. Applying the knowledge and technology he has cultivated over the years, he co-creates innovations with startup companies to solve global issues.

Real Tech Fund Representative / Mr. Akihiko Nagata, Executive Vice President, Euglena Co.

After graduating from Keio University's Faculty of Commerce, he joined an independent private equity fund and became a director of Euglena in 2008, overseeing business strategy, M&A, fundraising, capital alliance, PR/IR, and administration since the company was unlisted. Currently, as COO and General Manager of the Health Care Company, he is responsible for all business execution, including brand launches, biofuel business, and R&D. He is also a member of the Board of Directors of Euglena Co. He is also a representative of the Real Tech Fund, one of the largest technology VC firms in Japan.

Souki Omae, Co-Founder/Representative Partner, Drone Fund

In 2002, he founded Creative Hope Inc. and has successfully led numerous domestic and international projects through strategic web/IT consulting. As a drone grapher (2014-), his activities include winning the runner-up prize in the Drone Movie Contest (2016) and overall supervision for Yomiuri TV Drone Zekkei Kiko (2018) He was appointed to the Drone Fund Advisory Board in 2017 and became co-chair partner the following year. He is a professor at Business Breakthrough University/Graduate School (specializing in digital marketing).

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Executive Officer CKO, LIVERNESS Co.
Kazuhiro Hasegawa

He holds a Master's degree in Engineering from Tokyo Metropolitan University. Joined RIVERNESS from the first year of his master's degree, then became the first new employee of RIVERNESS, and was appointed as Executive Officer in 2012. He is also responsible for launching Techplanter, an incubation business in the manufacturing field, managing Garage Sumida in collaboration with Hamano Seisakusho, and promoting the Super Factory Group. He also established Japan's largest incubation facility for manufacturing start-ups, "Center of Garage," and is responsible for the revitalization of manufacturing companies from a wide range of perspectives.

13:00-13:50
  • Session Room A, Online Delivery
I've seen a lot of early-stage ventures, and I'm starting to see what's hard about them.

Session Partner: Liverness Capital Inc.

Establishing a venture is a daunting task in itself, but when it comes to researchers establishing a company, the amount and height of the barriers are immeasurable.
However, what you have experienced and felt in the process was most likely experienced and felt by other managers as well.
Since the Tech Planter was launched in 2014, Liberace Liberace Capital has supported more than 3,000 technology ventures and teams aiming to launch them, both domestic and international. We challenge you to analyze and synthesize them.
We will be joined by the founders of two R&D-oriented ventures, and will also present some of the results of our analysis of case studies collected through a preliminary questionnaire.

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Liberace Capital Inc.
Representative Director
Masahiro Ikegami

Graduated from Tokyo Institute of Technology, School of Bioscience and Biotechnology, and founded LIVERNESS Corporation in June 2002, where he was appointed as Director and CFO. In December 2014, he became the managing director of the Real Tech Fund, an investment fund specializing in university-launched R&D ventures, and in January 2020, he became the representative director of Liverness Capital Co.

Japan Moss Factory, Inc.
Representative Director and CTO
Mr. Misao Itoga

D. from Hiroshima University in 2002, he has been a researcher at the RIKEN Plant Science Center since 2003 and a senior researcher at the Center for Environmental Resource Science at the same institute since 2013. Awards received include the Encouragement Award from the Bryophyte Society of Japan and the Mining Industry Association of Japan Award, etc. He participated in the 2018 Agri-Tech Grand Prix and won the top prize.
Spun out in 2019, founded JAPAN MOSS FACTORY Corporation, adopted by NEDO NEP 2019, and certified as a social experiment implementer by Ichikawa Future Creation Conference. Currently certified as an environmental RIKEN Venture.

Eve Care Co.
Representative Director, President and CEO
Mr. Kazu Gojusei

He graduated from the Graduate School of Education at Shiga University in 2020 with a Master's degree (Education). In collaboration with Associate Professor Ohira of the same university, he was selected as a finalist in the Shiga Tech Plan Grand Prix in July 2018 and received the Panasonic Appliance Company Award; he was also selected as a finalist in the Biotech Grand Prix held in Tokyo in July and received the Nihon Unisys Award and Takenaka Corporation Award; 2019 On January 11, 2019, he established EveCare Corporation, the first university-launched venture from Shiga University.

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Leave a Nest Co., Ltd.
General Manager, Community Development Division
Toshihiro Ishizawa

D. (Life Sciences) from the Graduate School of Frontier Sciences at the University of Tokyo in 2007. He experienced an internship period of about 3 years during his doctoral studies, and joined LIVERNESS Corporation in 2008.
After serving as the General Manager of the Osaka Office and the General Manager of the Strategic Development Division, he became the General Manager of the Regional Development Division in 2017. By introducing the concept of Tech Planter, he is building a regional ecosystem to create R&D-oriented ventures that will spread their wings to the world from research institutions in various regions.

14:00~14:50
  • Session Room A, Online Delivery
The Future Story of Viruses and Humanity - New Insights from the Battle in the Research Field

Session Partner: Euglena Co.

It is precisely because we are experiencing an unprecedented pandemic that we would like to consider the fundamental questions, "Where did viruses come from, who are viruses, and where is humanity going with viruses? As a first step, this session will introduce the origins of viruses, detection and treatment methods that have emerged from front-line research, and discuss how our daily lives and ways of thinking will change in the future. not only COVID-19, but all viruses will continue to change. Therefore, unfortunately, the next outbreak for humanity will also occur at some point. We will extract the future story of viruses and humanity from the perspective of modern science to see how humanity can prepare for that time.

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Representative Director, Gene Quest Co.
Executive Officer, in charge of Bioinformatics Business, Euglena Co.
Ms. Sachiko Takahashi

In 2013, while a doctoral student in the Department of Applied Bioscience and Biochemistry, Graduate School of Agricultural and Life Sciences, the University of Tokyo, she started Gene Quest, which aims to promote research on genetic analysis and spread its correct use. 2015, she completed her doctoral studies at the same university. 2018, she became a corporate officer of Euglena Co. Awards received include the Minister of Economy, Trade and Industry Award (Female Entrepreneur Award) at the 2nd Japan Venture Awards by the Ministry of Economy, Trade and Industry, and the Japan Venture Society Award at the Japan BioVenture Awards. She is the author of "Bioscientific Thinking that Transforms the Way You See Business and Life.

Senior Researcher, Custom-Made Medical Research, Inc.Mr. Osanaiichiro Kashiwaba

Born in Kushiro City, Hokkaido. D. (Engineering) from the Graduate School of Engineering Science, Tokyo University of Science. After receiving his degree, he worked as a postdoctoral researcher at the Institute of Environmental Medicine, Nagoya University, and as an assistant professor at the Faculty of Fundamental Engineering, Tokyo University of Science before assuming his current position in April 2019. He brings his skills and experience in genetic engineering, cell biology, and other areas of expertise to immunology, where he is developing technologies for the efficient production of pharmaceutical-grade antibodies.

Kei Sato, Associate Professor, Institute of Medical Science, The University of Tokyo

Born in Yamagata Prefecture in 1982. Associate Professor, International Research Center for Infectious Diseases, Institute of Medical Science, University of Tokyo. D. in Medicine. D. (3rd year early completion), Kyoto University Graduate School of Medicine; ECC Yamaguchi Memorial AIDS Research Encouragement Award (Japanese Society for AIDS Research, 2012), Sugiura Encouragement Award (Japanese Society for Virology, 2003), Young Scientist Award, Commendation for Science by the Minister of Education, Culture, Sports, Science and Technology (2008). His research aims to create and pioneer "systems virology," an interdisciplinary research field that integrates virology with molecular phylogenetics, molecular evolution, and bioinformatics.

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Leave a Nest Co., Ltd.
Representative Director, Vice President CTO
Inoue, Jyo

D. in Pharmaceutical Sciences from Tokyo University of Pharmacy and Life Sciences. He is a founding member of LIVERNESS. After completing the doctoral program, he worked as an assistant professor and lecturer at the Faculty of Science, Kitasato University, and as an assistant professor at the Graduate School of Medicine, Kyoto University before becoming a specially-appointed associate professor at the Institute for Advanced Biosciences, Keio University in 2015 and a professor at the Faculty of Pharmaceutical Sciences, Kumamoto University in 2018. While conducting research and development, he is a researcher involved in launching joint research projects with universities and research institutions and supporting the establishment of research institutes.

16:00-16:50
  • Session Room A, Online Delivery
Human Health in the Gut and Different Fields

Session Partner: Daicel Corporation

In this session, experts in food and mucosal immunity and data analysis will be invited to discuss the relationship between food, the intestinal environment, and the human condition. Both are multi-component systems, and in order to unravel these complex relationships and realize health from the gut, we expect to see the entry of science and technology from even more different fields. We look forward to viewing researchers from all fields of life sciences, science, mathematics, and engineering.

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Daicel Corporation
Manager, Business Strategy Group, Business Promotion Office, Healthcare SBU
Mr. Yuichi Ukawa

After completing a master's degree in agriculture, he worked for a paper/pulp manufacturer, a beverage manufacturer, and a food manufacturer before joining Daicel Corporation in September 2018. Assigned to the research department, he is responsible for obtaining evidence for the company's functional food ingredients, preparing materials for functional food labeling, and conducting industry association activities, etc. He has been in his current position since April 2020. He is in charge of business strategy, marketing strategy, and research planning for new and existing ingredients. He also serves as Vice-Chairman of the Technical Committee of the Food for Specified Health Use Department of the Japan Health and Nutrition Food Association, and Director and Efficacy Working Group Leader of the Health and Food Roundtable, and is involved in activities aimed at the development of the health food industry. D. (Health Science), Professional Engineer (Biotechnology), Certified Food Health Instructor, and Specialized Food Specialist.

Humanome Research Institute, Inc.
President and Representative Director
Mr. Jun Zeze

D. in Science, Graduate School of Frontier Sciences, The University of Tokyo. D. in Science, Graduate School of Frontier Sciences, The University of Tokyo, and has served as Assistant Professor at the University of Tokyo, Associate Professor at Ochanomizu University, Associate Professor at Tokyo Institute of Technology, and Research Team Leader at the National Institute of Advanced Industrial Science and Technology (AIST). He specializes in the development of machine learning and mathematical statistics methods and large-scale data analysis in the life sciences. He won the KDD Cup 2001, a data mining contest of the American Society for Computing Machinery, and the Oxford Journals-JSBi Prize.

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National Institute of Biomedical Innovation

Director, Vaccine and Adjuvant Research Center
Mr. Jun Kunisawa

Graduated from the Faculty of Pharmaceutical Sciences, Osaka University in 1996, and received his Doctor of Pharmacy (Osaka University) in 2001. After studying at the University of California, Berkeley, he became an assistant professor at the Institute of Medical Science, University of Tokyo in 2004. After working as an assistant professor, lecturer, and associate professor at the same institute, he became a project leader at his current affiliation in 2013, and will be the director of his current center in 2019. Other appointments include: visiting professor at the Institute of Medical Science, University of Tokyo; invited professor at the Graduate Schools of Medicine, Pharmaceutical Sciences, and Dentistry, Osaka University (affiliated graduate school); visiting professor at the Graduate School of Medicine, Kobe University (affiliated graduate school); visiting professor at the School of Dentistry, Hiroshima University; and visiting professor at the Nano-Life Innovation Research Organization, Waseda University.

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Leave a Nest Co., Ltd.
Representative Director, Vice President CTO
Inoue, Jyo

D. in Pharmaceutical Sciences from Tokyo University of Pharmacy and Life Sciences. He is a founding member of LIVERNESS. After completing the doctoral program, he worked as an assistant professor and lecturer at the Faculty of Science, Kitasato University, and as an assistant professor at the Graduate School of Medicine, Kyoto University before becoming a specially-appointed associate professor at the Institute for Advanced Biosciences, Keio University in 2015 and a professor at the Faculty of Pharmaceutical Sciences, Kumamoto University in 2018. While conducting research and development, he is a researcher involved in launching joint research projects with universities and research institutions and supporting the establishment of research institutes.

17:00-17:50
  • Session Room A, Online Delivery
Here's how far we've come! Automation in Life Science Research

Session Partner: Inner Resource Inc.

In research in the life science field, where human hands-on experimentation has been the norm, the trend toward automating experiments through the use of robots is spreading. In this field, where the results have sometimes been greatly affected by small tricks in human manipulation and judgment, automation has the potential to create an environment in which a large amount of experimental data can be obtained under the same conditions. In this session, we invite researchers who are involved in the automation of experiments in the context of experimental manipulation and data interpretation to discuss how far automation has come, the hurdles to further automation, and what life science research will look like when automation is advanced. The following topics will be discussed.

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RIKEN (National Institute of Physical and Chemical Research)

Center for Biosystems Research
Team Leader, Biochemical Simulation Research Team, Life Modeling Core
Mr. Tsunekazu Takahashi

He runs a laboratory at RIKEN. He is also a specially-appointed professor at the Graduate School of Media and Governance, Keio University, an invited professor at the Graduate School of Frontier Biosciences, Osaka University, a vice president of the Whole Brain Architecture Initiative, a non-profit organization, and an innovation designer at the RIKEN Future Strategy Office. After receiving his degree from Keio SFC, he was a HFSP fellow at the Institute for Molecular Science (Berkeley, USA) before assuming his current position. He is the Principal Investigator of the "Accelerating Life Science through Robotic Biology" project of the Japan Science and Technology Agency (JST).

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Graduate School of Drug Discovery Sciences, Nagoya University

Independent Associate Professor
Mr. Ryuji Kato

He received his B.S. from Tohoku University in 1999, M.S. from Nara Institute of Science and Technology in 2001, and Ph.D. from Nagoya University in 2004 in Biofunctional Engineering, Graduate School of Engineering. He has been an independent associate professor at the Graduate School of Drug Discovery Science, Nagoya University since 2012, and an ISO international standardization and project leader since 2018. His research mainly focuses on engineering technologies to support regenerative medicine cell manufacturing, including AI image quality control technology for cells.

RIKEN (National Institute of Physical and Chemical Research)
Researcher, Research Center for Bioscience and Biotechnology
Mr. Takaaki Horinouchi

D. in Information Science from the Graduate School of Information Science and Technology, Osaka University in 2011. He is also an outpatient researcher at the Artificial Intelligence Research Center, National Institute of Advanced Industrial Science and Technology (AIST). Representative of the Bioinformatics Consultation Group of the Japan Society for Biological Engineering. He is also a board member of the Laboratory Automation Society of Japan. He is working on automation of analysis of adaptive evolutionary processes of microorganisms using automated pipetting machines, and autonomous cell culture using humanoid robots and AI.

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Inner Resource Corporation
Representative Director and CEO
Mr. Takeya Matsumoto

While working for a foreign financial institution, a family member was designated with an incurable disease.
He moved to a trading company specializing in medical research in order to contribute to medical development by providing broad support to researchers.
Faced with the industry's unique challenges and problems, he founded Inner Resource Corporation, a researcher support business, in order to find fundamental solutions.
He launched a research support brand, reprua, and continued to develop various products such as cloud purchasing, reagent inventory management, and asset (equipment) management, creating a world where researchers can immerse themselves in research.

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Executive Officer, LIVERNESS Co.

Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

10:00-10:50
  • Session Room B, Online Delivery
To generate new knowledge from the 300,000 patents that continue to accumulate every year

Session Partner: Japan Patent Office
powered by: Knowledge Foundation Research Center

To generate new knowledge from the 300,000 patent applications that continue to accumulate every year, about 300,000 patent applications are filed every year, despite the fact that patent applications cost several hundred thousand yen. The JPO has developed the Business Matching Report to make effective use of this patent information. The report lists candidate companies for collaboration based on the patent information held by the JPO, and through the use of this report, meaningful matching that leads to the promotion of open innovation is realized. Academic papers and information on public research funding are also useful big data, and combining them can serve as a platform for generating new knowledge. In this session, we will discuss approaches to create new value from such big data of knowledge and technology.

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Patent Office
Open Innovation Promotion Project Team
Mr. Tatsuya Takada

After joining the Agency in 2004, he worked at the Ministry of Economy, Trade and Industry and the Ministry of Foreign Affairs before joining the team from the initial establishment of the project team in 2018. He is in charge of planning and in charge of business matching using patent information, model contract projects to promote open innovation, and other projects.

e-Patent Co. President and Representative Director / IP Information Consultant
Visiting Associate Professor, K.I.T. Toranomon Graduate School

Mr. Atsushi Nozaki

IP information consultant providing IP information-based consulting (business strategy, R&D strategy, IP strategy) and human resource education services; visiting associate professor at K.I.T. Toranomon Graduate School since FY2017; recipient of the JPO Commissioner's Award for Distinguished Service in Patent Information Dissemination Activities in March 2019. His publications include "The Power to Search," "Introduction to Patent Information Search and Retrieval Techniques, Revised Edition," and "Introduction to Patent Information Analysis and Patent Mapping, Revised Edition.

Bio Impact Inc.
Representative Director
Mr. Junichi Sugihara

The company operates "Nihon no Kenkyu.com," one of the largest databases of research topics and researchers in Japan, which combines information on funding for scientific research by ministries and research institutes with information on researchers and press releases. The company also conducts industry-academia collaboration matching and KOL searches for pharmaceutical companies, etc., using its proprietary analysis algorithms for research fields, etc., built using machine learning and natural language processing.

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Leave a Nest Co., Ltd.
Research and Development Division
Director, Knowledge Foundation Research Center
Takashi Okazaki

Doctor of Science. Graduated from the Graduate School of Osaka University. After working as a special researcher at the National Institute of Advanced Industrial Science and Technology (AIST), he joined LIVERNESS. In addition to his diverse research experience at universities, major textile manufacturers, and the National Institute of Advanced Industrial Science and Technology (AIST), he has been engaged in science and technology promotion planning at an affiliated organization of a local government. Mainly engaged in local seed discovery, human resource development, and regional acceleration.

11:00-11:50
  • Session Room B, Online Delivery
Creating the Future of the Region with Researchers from Very Different Fields

Session Partner: Hitachi, Ltd.

In response to global issues such as food shortages, natural disasters, and the spread of infectious diseases, various new businesses and services are being created along with technological advances in the fields of agriculture, information, and the environment. In Japan, too, there has been a structural shift from the concentration of business in Tokyo to regional decentralization, and the creation of venture companies originating from local regions has become more active. At the same time, it will become an important perspective to welcome technology from both Japan and overseas to address regional issues, not only from a platform closed to the region. We will discuss the roles of researchers, local governments, venture companies, and large corporations in creating new industries in the region, what kind of platform will be needed, and what we can do to help.

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Hitachi, Ltd.
Chief Engineer, Research and Development Group 
Mr. Shinji Yamada

Joined Hitachi, Ltd. in 1998. Engaged in materials-related R&D at Hitachi Research Laboratory, where he managed R&D in quantum technology, regenerative medicine, etc. as Director of Basic Research Center since 2015. 2016, he opened four joint research centers in Japan, including Hokkaido University, to promote open innovation. Currently, he is the chief engineer of Hitachi and the general area coordinator of METI's "Challenge Field Hokkaido".

Ministry of Agriculture, Forestry and Fisheries
Director, Office of Industry-Academia Collaboration 
Mr. Daisho Saiga

D. in 2002 from the Graduate School of Agricultural and Life Sciences at the University of Tokyo, and joined the Ministry of Agriculture, Forestry and Fisheries in the same year. After working for the Food Agency, the Production Bureau, the Environmental Policy Division of the Minister's Secretariat, and the Embassy of Japan in Italy, he has been in his current position. He is in charge of the secretariat of the "Place for Accumulation and Utilization of 'Knowledge'", a mechanism for open innovation in the agriculture, forestry, fisheries, and food sectors in which approximately 3,700 private companies and research institutes participate, and is in charge of supporting industry-academia-government collaboration research and start-ups to solve on-site issues.

Minamisoma City
Director (Corporate Support), Economic Affairs Dept.
Mr. Kenichi Sasano

He completed the Graduate School of Public Policy at Hitotsubashi University. After joining the Ministry of Economy, Trade and Industry (METI), he was in charge of industrial policy, energy policy, nuclear disaster response, etc. From May 2019, he was transferred to Minamisoma City, Fukushima Prefecture, where he is in charge of robotics policy and attracting companies. He has been working on policy development for the clustering of robotics-related startups and other companies to create new industries in line with the national government's Fukushima Innovation Coast Initiative.

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Leave a Nest Co., Ltd.
Research and Development Division head of a (school) club
Yoshifumi Kawana

D. in Environmental Studies from the Graduate School of Environment and Information Studies, Yokohama National University. lecturer at Yokohama National University VBL since 2008, representative of LD Factory, Inc. and director of Mylops, Inc. director of Rivanes Regional Development Division since November 2014 and of Agronome Research Institute, Inc. since 2017. and is currently the General Manager of the Research and Development Division of Rivanes, Inc. He is involved in launching new businesses related to agriculture, forestry, and fisheries, including plant factory business, food and beverage business, and agri-tech venture support.

13:00-13:50
  • Session Room B, Online Delivery
Future Health Tech Businesses Tackling Humanity's Common Challenges

Session Partner: SOMPO Holdings, Inc.

Japan has long been called an aging society, and startups in the fields of health promotion, disease prevention, and nursing care are springing up one after another. Many entrepreneurs aiming to commercialize their businesses in the healthcare field are motivated by a deep awareness of the challenges they face and are engaged in daily research and development to solve the problems and difficulties that everyone will experience at least once in his or her life. Living a rich life, both physically and mentally, is a proposition common to all humankind, and more and more countries are likely to follow Japan's lead in the future. Nevertheless, the distance until technology is implemented in society is relatively long, and it is not easy to develop it into a sustainable business. In this session, we will hear from Mr. Ui of aba, which develops robots to support caregivers; Mr. Takahashi of The Harmony, which develops communication robots to improve dementia; Mr. Kobayashi of Neurospace, which contributes to human health through sleep technology; and Mr. Mitani of Ricoh, which is working to eliminate frailty in the elderly as a new in-house business. Mr. Kobayashi of NeuroSpace, which contributes to human health through sleep technology, and Mr. Mitani of Ricoh, which is working to eliminate frailty in the elderly as a new in-house business, will discuss the future of health tech business.

"More Information"

The Harmony Co.
Founder & CEO
Mr. Kazuya Takahashi

After graduating from high school, he moved to Tokyo to become a fashion designer and started working for a major company in the industry. He then went to Italy on his own. After returning to Japan, he worked at a factory while living at home to save money to start his own business. While living with his parents, he strongly felt the need to update the nursing care system. With the mission of "making everyone involved in nursing care happy and realizing a society free from dementia," he is working to realize this mission through realism and technology.
In real life, he operates dementia care facilities and daycare centers in Iizuka, Tagawa, and Kama City, Fukuoka Prefecture, and in technology, he develops communication robots for dementia patients.

NeuroSpace Inc.
Founder & CEO
Mr. Takanori Kobayashi

Inspired by his own experience with sleep disorders, he founded Neurospace in 2013 to solve this social problem. He has helped more than 70 companies and over 10,000 businesspeople improve their sleep through his corporate sleep improvement programs, which promote health management and work style reform. At the same time, the company is collaborating with partner companies to create SleepTech businesses based on its core technologies of high-precision sleep measurement, analysis, and sleep improvement solutions.

Ricoh Company, Ltd.
Healthcare Business Division
Mr. Yuki Mitani

After graduating from Tohoku University, he joined Ricoh Company, Ltd. in 2016. Since then, she has been engaged in research and development of healthcare business. When she saw her grandparents, who had been her emotional support since she could remember, spending depressing days in their later years with limited things they could do, she felt that she did not want these people to end up like this. Currently, she is participating in Ricoh's in-house new business creation program to develop a new service that assists the elderly in maintaining their ability to walk, with the aim of "creating a society where the elderly can live and dream of tomorrow.

.
aba Corporation
Representative Director
Mr. Yoshimi Ui

In 2011, while a student at the Chiba Institute of Technology, he founded aba Inc. and became its president. When he was in junior high school, his grandmother developed depression and he became a caregiver. The desire to reduce the burden on caregivers led him to the development of robots to support caregivers. After witnessing the horrific conditions at a special care home for the elderly where caregivers were forced to help patients to eliminate their waste, he decided to commercialize "Helppad," an elimination sensor that uses an odor sensor to detect the presence of waste.

14:00-14:50
  • Session Room B, Online Delivery
Online Technology Splash - Will alter-ego robots revitalize online conferences?

Session Partner: Oly Research Institute, Inc.

In response to the spread of new coronavirus infections, more and more academic societies, which are places for promoting research activities, are adopting an online format. However, while the convenience of participating at any time and from anywhere is a plus, there are still issues to be addressed in terms of communication. This is especially true for poster presentations, where discussion is crucial. In fact, some people say, "It is difficult to drop by and meet new people," "It is difficult to understand each other's interests," and "It is difficult to create a network that will lead to the next meeting. In the future, as lifestyles change, new ways of presenting at academic conferences will become an important theme for researchers. What elements are necessary to promote highly active communication that leads to subsequent collaboration, even online? In order to verify this, we will conduct a demonstration experiment of online poster presentation using OriHime, an alter ego robot developed by Orii Research Institute, Inc. that conveys a sense of presence. In this session, online poster presenters participating in the demonstration experiment will make a 90-second pitch, creating an opportunity to develop into a more in-depth discussion in the subsequent poster presentation.

"More Information"

<Speakers

Oly Research Institute, Inc.
Co-founder Representative Director and CEO
Oriy Yoshifuji, Ph.

After studying artificial intelligence at a technical college, he entered the School of Creative Science and Engineering at Waseda University. Based on his own experience of not attending school, he developed "OriHime," an alter ego communication robot for use against loneliness. He established OriHime Research Institute Inc. in order to make it available to many people. He has been developing the robot under the philosophy of "eliminating loneliness of human beings through communication technology".

 

<List of announcements

No. Poster No. theme identity Institution
1 PO-01 Development of an EEG switch-based cognitive function evaluation system and its application to brain training Mayuko Takehara National Institute of Advanced Industrial Science and Technology (AIST)
2 PO-02 Attempts to Use Big Data to Improve the Quality of Care in Nursing Homes Mitsuma Sato Graduate School of Utsunomiya University
3 PO-03 Realization of a "virtual share house" that can become a family with anyone. Yu Kida Ricoh Company, Ltd.
4 PO-04 Decreased sulfur metabolites may contribute to liver damage during space stays Ryo Kurosawa Euglena Co.
5 PO-05 Effects of solar activity on cloud cover as seen through cosmic rays Taro Kurashima Yamagata Higashi High School
6 PO-06 Mechanism of dangling water balls on the top surface of oil layer Yuhei Natsume Chiba University
7 PO-07 Evaluation of Immunostimulatory Effects of Euglena-derived Substances Using Human iPS Cell-derived Myeloid Lineage Cells (Mylc Cells) Ayaka Nakajima Euglena Co.
8 PO-08 Data integration and AI model building for cell morphology big data construction Yuto Takemoto Nagoya University Graduate School
9 PO-09 Construction of evaluation system for cell adhesion material surface by introducing experimental automation Ayato Sugiyama Nagoya University
10 PO-10 Development of AI-enhanced cell quality technology using artificial data for the industrialization of cell manufacturing Kazue Kimura Nagoya University
11 PO-11 Self-assembling molecular glues for cell surface modification without genetic engineering Hayatani Hayashiyo Institute for Chemical Research, Graduate School of Medicine, Kyoto University
12 PO-12 Genetic analysis of growth-related factors in Mus minutoides Junjin Matsuya Yamaguchi University Graduate School
13 PO-13 Development of an assistance support App centered on the response of children with disabilities, their parents, and caregivers. Shuhiro Watanabe International University of Health and Welfare
14 PO-14 Development of an assistance support App centered on operant behavior of children with disabilities, their parents, and caregivers. Tomofumi Obata NPO Daichi
15 PO-15 Possibility of Ubiquitous Rehabilitation Support Based on Behavior Analysis Theory and Technology - Toward Industry-Academia Collaboration Connecting Parents, Rehabilitation Providers, and Behavior Analysts Fukuko Nishikiori (Hasegawa) Ibaraki University
16 PO-16 Utilization of Microalgae Euglena in Agriculture Kohei Aso Euglena Co.
17 PO-17 Empirical understanding of those who suffer from "want to stop but can't stop" sexual behavior: Toward overcoming sexual taboos. Tomohisa Okabe Hyogo University of Education Graduate School
18 PO-18 Construction and application of a classical music database for sensitivity evaluation research Yasutoyo Yamamoto National Institute of Advanced Industrial Science and Technology (AIST)
19 PO-19 Search for plant hormones that contribute to self-fruiting ability of apple. Sungo Otagaki Graduate School of Bioagricultural Sciences, Nagoya University
20 PO-20 We want to revive the 100 best terraced rice paddies! Shimane Yume-Komugi® Cultivation Project, a low-allergen wheat from Shimane, Japan Kunie Kono medical faculty
21 PO-21 Next-generation research promotion by Nagoya University ITbM Research Promotion Division (RPD) Ayato Sato Nagoya University
22 PO-22 Development of a web application for analyzing research activities of Japanese universities: a joint development project across institutions Takuya Kubo Shinshu University
24 PO-24 Business related to fine chemical recycling of rare metals Hirochika Naganawa Japan Atomic Energy Agency
25 PO-25 Development of Vibration Power Generation Elements Based on Liquid Electrets that Can Stretch, Shrink, and Bend Freely Hisashi Nakanishi National Institute for Materials Science
26 PO-26. Development of neuroprotective therapy using redox nanoparticles for cerebral infarction Aiki Marushima University of Tsukuba
16:00-16:50
  • Session Room B, Online Delivery
What is the human resource flow model to utilize the potential of researchers?

Session Partner: Ikeda Rika Co.
powered by: Research Career Center

One of the values of doctoral personnel should be their ability to think outside of the existing frameworks of companies and organizations to create something new. D. personnel do not have to adapt themselves to the image of human resources that companies are looking for, but rather, they should create a new model in which researchers and companies can deepen mutual understanding through activities that enable collaboration with companies by utilizing their research backgrounds. This session will discuss the possibility of researchers playing an active role in both industry and academia. A model for human resource mobility that is not a conventional internship will be considered from this forum.

"More Information"

Agro Design Studio, Inc.
President and Representative Director
Mr. Yuki Nishigaya

Doctor of Life Sciences
While a student at the University of Tokyo and at the National Agricultural Research Organization, he was engaged in agrochemical research and development. After winning the 4th Agri-Tech Grand Prix (Glocalink Award) and the 1st Ibaraki Tech Plan Grand Prix (Finalist), he started Agro Design Studio Inc. in March 2018, raising a total of approximately 100 million yen from real tech funds and others in 2020. Received the University Venture Award 2020 (JST/NEDO) Early Edge Award and several large grants, and is currently promoting agrochemical development.

Tokyo Institute of Technology
Assistant Professor, Department of Physics, Faculty of Science
Mr. Shiro Yamazaki

D. in Physics from the University of Tokyo, he received the Young Scientist Incentive Award from the Physical Society of Japan for his research on quantum properties, and was promoted to Assistant Professor at the Department of Physics, Tokyo Institute of Technology. After winning the All Japan Manufacturing Koma Taisen, he received a special award from the Society of Hyperdifferent Fields as "Dr. Koma," a fusion of science and play. His book "The Science of Dokugaku" (Kodansha Blue Books) became a special summer exhibition at science museums, a TV special on NHK, etc., and a form of educational material such as "Metal Koma Kit" (Gentosha), etc. He has given 100 commentary sessions on the science fiction film "Interstellar. He was appointed to supervise the subtitle science for "Tenet Tenet", write the official film pamphlet, and supervise the book "Christopher Nolan's Film Techniques" (Genkosha). His next goal is to become a "Doctor of Science Fiction.

MEXT
Director and Planning Officer, Policy Science Promotion Office, Planning and Evaluation Division, Science and Technology Policy Bureau
Mr. Keita Nakazawa

He joined the Ministry of Education, Culture, Sports, Science and Technology in 2002. He was in charge of industry-academia collaboration and venture policy, space and ocean R&D policy, etc. In 2011, he was transferred to Osaka City Hall, where he was responsible for innovation policy as part of the Osaka Station North Exit development. Currently, he is working for the Ministry of Education, Culture, Sports, Science and Technology (MEXT) and the Cabinet Office's CSTI to formulate the 6th Science and Technology Basic Plan. He is currently implementing operational reforms, believing that innovation is what is needed in the planning and execution of policies at Kasumigaseki.

Ikeda Rika Corporation
President and Representative Director
Mr. Hideo Takahashi

Born in Gunma Prefecture in 1974. Graduated from Gunma University, Faculty of Social Informatics. 7th EMP student at the University of Tokyo. Master's program at Keio SDM (scheduled to enter in 2021). After working for Chiyoda Corporation, Arthur Andersen, and Sanyo Electric Co. After a secondment assignment to Olympus America, he assumed his current position and has been a board member of the Tokyo Scientific Instruments Association since 2016. In addition to business operations (sales of research equipment and other products for laboratories in industry and academia), he started the Rivanes Ikeda Rika Award in 2014 to support young researchers. 2016, he co-participated in L-RAD, an open innovation promotion project. He is the author of "Introduction to Organizational Value Management" (2002). His hobbies include mountain climbing and walking with his dog.

.
Executive Officer, LIVERNESS Co.

Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

17:00-17:50
  • Session Room B, Online Delivery
On the eve of the manufacturing revolution with 3D printers that will "start" in the future

powered by: Monozukuri Research Center

3D printers took the world by storm in the 2010s. They have continued to evolve one after another, but did you know that even more innovative methods are being created in recent years? In this session, we will hear from Mr. Shinjiro Yamada, who was the first to introduce optical 3D printers in Japan in the 1980s and established "process technology" that reduced mold manufacturing from 40 days to 40 hours 20 years ago, and from Mr. Yuji Hara of Extra Bold, who has used numerous 3D printers and is currently creating completely new 3D printer technology himself, Mr. Yuji Hara of Extra Bold will be invited to give a night talk on the new 3D printer revolution, featuring Mr. Kamoda of Ricoh, who is trying to develop a new ceramic 3D printer.

"More Information"

Founder, INX Corporation
Mr. Shinjiro Yamada

Born in Hiroshima Prefecture, he graduated from the Department of Mechanical Engineering, Faculty of Science and Engineering, Aoyama Gakuin University in 1974. In the same year, he joined Mitsui Kinzoku Mining Co., Ltd. and was engaged in the design of automobile door locks. In 1990, he left Mitsui Kinzoku Mining Co. He revolutionized the manufacturing industry by starting mold manufacturing with his unique process technology. He left the company in 2010 and founded Plantex Corporation in 2014. Developed the world's first fully enclosed plant production machine with individual control of light, air, and nutrient solution. Currently Chairman of the Board.

Extra Bold Inc.
Representative Director
Mr. Yuji Hara

He was in charge of prototype production at a major telecommunications equipment manufacturer and of development at a 3D CAD/CAM software development company. Later, he founded a sales consulting company for 3D printers and other products, and a community management company for 3D engineers. Currently, utilizing his experience as a user of 3D digital tools and sales consulting, he established ExtraBold Inc. as a company to research and develop a large-scale 3D printer that circulates plastic. He also established ExtraBold R&D in Singapore to research and develop new 3D print heads.

Ricoh Company, Ltd.
Material Technology Development Center, Innovation Headquarters
Ceramics 3D Modeling Technology Theme Leader
Mr. Kiichi Kamoda

Studied self-healing ceramic materials at the graduate school of Yokohama National University (Department of Functional Expression Engineering). After joining Ricoh, he was engaged in the development of materials and processes for laser resin 3D printers. He was involved in the planning of the in-house incubation system at the R&D Division, and later established his own 3D printer development theme of ceramics for structural materials.
He is a doctoral student at Kyoto University starting in 2019.

.
Leave a Nest Co., Ltd.
General Manager, Manufacturing and Development Division
Daigo Fujita

Born in Onomichi, raised in Nagareyama, and currently resides in Yokohama, Japan, he joined Livanes as a student in 2002 after starting up a volunteer program at the National Museum of Emerging Science and Innovation in 2001. He has worked on educational projects with schools and companies, and has developed more than 200 programs, and has developed and utilized educational programs just as 3D printers spread around the world in 2014. Currently, he is providing manufacturing support and engineering education for ventures and new businesses by utilizing his manufacturing experience with many local factories that he worked with in developing educational materials.

Day2: Saturday, March 6, 9:00-18:30

Main hall
(Online delivery)
Session Room A
(Online delivery)
Session Room B
(Online delivery)
Poster and booth
9:00 Opening Ceremony
[Keynote Speaker]Challenging research that can change social infrastructure and its implementation in society
Main Hall Simultaneous Delivery Main Hall Simultaneous Delivery
10:00 [Awards.]Liverness Research Award 2021 [SESSIONS.]Is Uncovering the Unknown Ocean the Key to a Sustainable Future? [SESSIONS.]A small factory tried AI visual inspection in-house. Postings and Exhibits
11:00 [Pitches by Researchers and Venture Businesses in Very Different Fields]technology splash [SESSIONS.]Solving the "Marine Litter Problem" with a super interdisciplinary team (Part 2: "Inverted Structure") [SESSIONS.]Food Regulatory Science - The Challenge of Food and Fasting Science
12:00 lunch time
13:00 [SESSIONS.]Convection of Knowledge in Life Science Business - Transforming the Accumulation of Large Corporations into the Power of Ventures
[Awards.]Real Tech Venture of the Year 2021 [SESSIONS.]Revolution in Plant Production -Unlocking the Potential of Plants Postings and Exhibits
14:00 [SESSIONS.]The Shape of the Future of Communication
[SESSIONS.]The disruptive power of advanced measurement in industry! Venture Technology to Create Innovations!
15:00 Poster Booth Core Time
16:00 [Session] How to Start International Collaborative Research Projects in the With Corona Era [SESSIONS.]Exploring the Potential of Food Science from Japan [SESSIONS.]Evolving "people" learning with schools as a starting point Postings and Exhibits
17:00 [SESSIONS.]Co-evolution of form and function - What can we learn from form? [SESSIONS.]How We Face the Challenges of Climate Change [SESSIONS.]Are adults a hindrance to high school students who are trying to solve problems with hyper-disciplined thinking?
18:00 Closing Ceremony(~18:30) Main Hall Simultaneous Delivery Main Hall Simultaneous Delivery  
9:00-9:50
  • Main Hall Online Delivery
Keynote Speech: "Challenging Research that Can Change Social Infrastructure and Its Social Implementation
With each passing day, various technologies are driving changes in society. Behind these changes, there are researchers who are engaged in cutting-edge research and taking on the challenge of connecting the results of their research to society. Prof. Hidemitsu Furukawa, Yamagata University, and Prof. Masayuki Ozeki, Tohoku University), who have been working on the cutting edge of social implementation of their research results, will respectively talk about the development of the world's first 3D gel printer for 3D printing of soft materials and their research on quantum annealing, which specializes in determining the optimal combination from a huge number of combinations generated from numerous options.

"More Information"

Prof. Hidemitsu Furukawa, Department of Mechanical Systems Engineering, Faculty of Engineering, Yamagata University

He is the head of the Soft and Wet Matter Engineering Laboratory (SWEL) at Yamagata University. after moving to Yamagata University in 2009, he started developing a 3D gel printer, which became the focus of attention when the 3D printer boom came. in April 2018, he established the Yawaraka 3D Co-Creation Consortium, and became its chairman, He also focuses on social implementation of the technology. His research on enhancing 3D digital fabrication of polymer gel, utilizing 3D printers in education, and social implementation of cutting-edge technology has taken the creation of new value from local to global.

Masayuki Ozeki, Professor, Department of Information Basic Sciences, Graduate School of Information Sciences, Tohoku University

Using the academic system known as statistical mechanics, which reveals the relationships among a large number of extremely complex elements and their properties as a group, as a starting point, we aim to understand machine learning and other key technologies of today in a unique expression and disseminate it widely in society. He is developing research activities related to "sparse modeling," which can extract essential parts from a large amount of information or reveal the underlying structure with satisfactory accuracy from a small amount of information, and "quantum annealing," which uses quantum mechanics to solve combinatorial optimization problems. He received the Young Scientists' Prize of the Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology in 2008.

10:00-10:50
  • Main Hall Online Delivery
Liverness Research Award 2021
RIVERNESS has been working to expand the base of researchers and research in diverse fields of academia through the "RIVERNESS Research Fund" for researchers under 40 years old, which we have been conducting since 2009, and the "TECH PLANTER", which started in 2014 and aims to solve global issues through the collective efforts of science and technology.
We are pleased to announce the establishment of the "RIVERNESS Research Award" as a new award system to recognize researchers who are making great strides in their research, expanding the boundaries of their own research while pursuing original research with passion for their own research, in order to "realize the development of science and technology and contribute to the global community". This year's award will be presented to a researcher who has made a particularly significant impact on science, as well as to a researcher who has made a remarkable contribution to the social implementation of research results, among the past recipients of the RIVANES Research Grant.

[Selection Perspectives]
A researcher who is passionate about his/her research, conducts original research, and is expanding the boundaries of his/her own research, and who can serve as a role model for the next generation of researchers.

[Section]
Advanced Research Promotion Division: Promoting original research that has an impact on science.
Social implementation category: The applicant must be making a remarkable contribution to entrepreneurship or social implementation based on the results of research.

"More Information"

<Advanced Research Promotion Division
RIKEN Brain Science Institute
team leader
Mr. Masanori Murayama

The Rare Object Hunter."

2nd Riverness Research Funded Riverness Award (2010)

Born in 1977. After working as a newspaper deliveryman, he entered the Faculty of Life Sciences at Tokyo University of Pharmacy and Life Science in 1997 and received his Ph. D. in 2006, followed by a postdoctoral fellowship at the University of Bern until 2010. In the same year, he ran a laboratory at the RIKEN Brain Science Institute. Since 2018, he has held a joint appointment as an adjunct professor at the University of Tokyo Graduate School of Medicine. He has received the Incentive Award from the Japanese Neuroscience Society, the Incentive Award from the Physiological Society of Japan, the Young Scientist Award from the Minister of Education, Culture, Sports, Science and Technology, and the President's Award of AMED, the Japan Medical Research and Development Grand Prize.

<Advanced Research Promotion Division
Department of Mechanical Engineering, Faculty of Science and Technology, Keio University
associate professor
Mr. Hiroaki Onoe

The possibilities open up with the idea of the cellular pimp."

5th Nippi Award for Liverness Research Fund (2010)

D. in March 2006 from the Graduate School of Information Science and Technology at the University of Tokyo on research on micromachines. 2005-2009, he was a JSPS Research Fellow (DC2-PD) at the Department of Chemistry, University of California, Berkeley, where he was a visiting researcher on cell arrays. After returning to Japan, he worked as an assistant professor at the Institute of Industrial Science, University of Tokyo from 2009 to 2014, and developed cell fiber technology as a group leader of JST ERATO Takeuchi Biofusion Project from 2010 to 2014. Since 2016, he has been a member of the Board of Directors of Cell Fiber Inc.

<Social Implementation Division
Associate Professor, Research Center for the Development and Application of Biological Functions, Nagoya University
Director, Grand Green Corporation
Mr. Satotaka Nodaguchi

Basic Research and Applications of Grafting.

18th LIBERNESS Research Fund Livesense Award (2013)

D. from the Graduate School of Science, Kyoto University in 2009. From the same year, he studied at the University of California, Davis, and was a JSPS Postdoctoral Fellow Abroad. 2012 Research Fellow, Graduate School of Science, Nagoya University and JST ERATO Higashiyama Live Holonics Project Research Fellow. 2015 Project Assistant Professor, Graduate School of Science, Nagoya University, and JST PRESTO Researcher. 2016 Assistant Professor, Graduate School of Bioagricultural Sciences, Nagoya University; Collaborative Researcher, Institute for Transformative Biomolecular Research, Nagoya University; Outstanding Researcher, Ministry of Education, Culture, Sports, Science and Technology; Current position from 2019. He is working on plant grafting mechanisms and systemic signaling.

<Social Implementation Division
My Orridge Co.
Director CTO
Mr. Kazunari Minami

Venture Creation and Social Implementation for Practical Use of Cell Technology.

23rd LIBERNESS Research Fund Rebox Award (2014), 27th LIBERNESS Research Fund Ikeda Rika Award (2015)

Based on the results of research at Kyoto University, MyOridge, Inc. was established to contribute to regenerative medicine using various cell technologies, including its proprietary iPS-derived cardiomyocyte production technology. Facing common issues facing the industry, such as production costs, improvement of cell functionality, and organ organization, the company is working with domestic and overseas cell product development companies, including equipment manufacturers, base material, chemical, and pharmaceutical manufacturers, to develop and socially implement infrastructure technologies necessary for cell products, such as automation of production processes and development of culture media. The company is also working on the development and social implementation of infrastructure technologies necessary for cell products, such as automation of manufacturing processes and development of culture media.

.
Executive Officer, LIVERNESS Co.

Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

11:00-11:50
  • Main Hall Online Delivery
Pitches by researchers and venture companies in very different fields
technology splash

Session Partner: Toppan Printing Co.

Technology Splash, named after the meaning of the word "splash," which means "to splash or splash (water, etc.)," is an opportunity for researchers and venture capitalists to pitch what they want to do and what they are looking for from the participants in a two-minute pitch. The goal is to find passionate researchers and to use their pitches as inspiration for new ideas, while being exposed to the knowledge and enthusiasm of the researchers who appear one after another. We hope that the posters that follow will lead to deeper discussions and the creation of new collaborative research.

"More Information"

No. theme identity Institution
1 New Possibilities for Ceramics through the Fusion of Analog and Digital - Intuitive CAD and 3D Printer Kiichi Kamoda Ricoh Company, Ltd.
2 Highly functional clothing made with porous fiber technology Shunya Nagasobe Gifu University Graduate School
3 Easy! Functionalize plastic surfaces with light Takashi Okubo Osaka University
4 Comparison of cosmic ray arrival frequency between Japan and Argentina Mika Takanashi Yamagata Prefectural Yonezawa Kojokan High School
5 Working with researchers and local businesses to create a mechanism for giving shape to ideas Yasuhiko Nomura Nariko Seimitsu Co.
6 Aseptic Artificial Soil "Artsoil" Creates the Future Shinya Araiso Latera Corporation
7 Satellite Data x AI x Grid to Solve Agricultural and Environmental Problems Shunsuke Tsuboi Sagri Corporation
8 Creation of non-swimming green lacewings Kengo Suzuki Euglena Co.
9 Gathering algae friends through empathy and connecting them to medical care! Hinami Kawamoto Tokyo University of Pharmacy and Life Sciences
10 Endoplasmic reticulum membrane to prevent aggregation Hiroki Shiro The University of Tokushima
11 Catfish aquaculture using microbubbles Takushi Ikeda Urawa Jitsugyo Gakuen Junior & Senior High School
12 Proposed social services based on maintaining the self-efficacy of the elderly. Yuki Mitani Ricoh Company, Ltd.
13 Psychological care using robotic therapy Naoki Sonoda Momoyama Gakuin Junior High School
14 Run with distant rivals and friends! - Augmented Reality Running Assistance System -. Shinsuke Nakajima Kyoto Sangyo University
15 Can accidents be avoided through "visualization of danger? Keita Koseki Yasu Gakuen University
16 Building the Future with Organ Engineering Hiromichi Obara Tokyo Metropolitan University
17 Development of a vision-regenerating gene therapy for retinitis pigmentosa Yusaku Katada Restoration Vision Inc.
18 Analysis of changes in antibody production due to sleep deprivation Yuya Enbara Keio University
19 Analysis of the behavior of antigen-specific host immune responses induced by fasting Kensuke Sato Keio University Graduate School
20 Creation of pharmaceuticals and food products using the cyclic oligosaccharide cyclodextrin Tatsunori Hirotsu Saidin Corporation
21 Taste Cell Production from iPS Cells - Aiming at Visualization of Taste and Treatment of Taste Disorder Fumihiko Kawamura Kansai Medical University
22 Examining the psychological factors that promote and discourage individuals' environmentally conscious behaviors related to global warming. Rei Kurozumi University of Tsukuba
23 Attractiveness of moss protoplasts as an environmental improvement material Ido Gao Japan Moss Factory, Inc.
24 Film that can be applied to the skin Ayeko Nomura Toppan Printing Co.
13:00-13:50
  • Main Hall Online Delivery
Convection of Knowledge in Life Science Business - Transforming the Accumulation of Large Corporations into the Power of Ventures

Session Partners: Kobe Medical Industry Development Organization, Kobe City

For life science startups originating from academia, the knowledge and expertise in R&D, production, and regulatory compliance that pharmaceutical companies and other MedTech-related companies have accumulated to date can be a major clue to accelerating commercialization. How can the MedTech area be revitalized by establishing a mechanism for the circulation of knowledge and know-how? In this session, we will discuss the creation of a new relationship between large companies and start-ups with experienced pharmaceutical company management and start-ups.

"More Information"

MyCan Technologies, Inc.
Representative Director
Mr. Kazuo Miyazaki

Graduated from Tokyo University of Science, Graduate School of Science. Specialized in synthetic organic chemistry and regenerative medicine. For about 20 years, he worked for a pharmaceutical company conducting exploratory research on small molecule compounds for vascular, renal, and central nervous system diseases, as well as small molecule compounds to complement regenerative medicine. His encounter with malaria, dengue fever, and other infectious diseases in India led him to establish MyCan Technologies, Inc. in 2016. Aiming to solve the challenges of special blood-borne infections using regenerative medicine technologies.

President and Representative Director, CELFIBER Inc.
Mr. Tasuku Yanagisawa

Graduated from Tokyo University of Pharmacy and Life Sciences, Faculty of Life Sciences, Department of Environmental Life Sciences. D. (Engineering), Department of Chemical and Biological Engineering, Graduate School of Chemical and Biological Engineering, The University of Tokyo. engaged in planning and development work at RIVANES Corporation until March 2011. in March 2018, received the Dean's Award of the Graduate School of Engineering, The University of Tokyo and the President's Award of The University of Tokyo. since May 2018, appointed as Director of Cell Fiber. since June 2018, AMED "Cell Development of High Density Continuous Production Technology for Antibody Production Using Fiber" Principal Investigator.

Director, Liberace Capital Co.
Chenio Hanai

In 2003, he established BioWa, Inc. in the U.S. to out-license the antibody-related technologies he had developed, and was appointed president and responsible for company operations. He was appointed Chairman of the Board in 2018 and Chairman of the Board in 2019, He retired in March 2020 and became a director of Liverness Capital in May of the same year.

Kobe Medical Industry Development Organization
managing director
Mr. Masafumi Mieno

He joined the City of Kobe in April 1990 and was assigned to the department promoting Kobe Medical Industry Development Project in 2010, where he has worked for more than 10 years to promote Kobe Medical Industry Development Project. In June 2020, he assumed the position of Executive Director of Kobe Medical Industry Development Organization (current position).

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Executive Officer, LIVERNESS Co.

Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

14:00-14:50
  • Main Hall Online Delivery
The Shape of the Future of Communication

Session Partner: Focus Systems, Inc.

The global expansion of the Corona Disaster has led to the rapid spread of communication using online tools in school education and corporate activities. There are various ways to do this, including global remote calls using video conferencing systems, text exchanges using chat tools, and telepresence via robots. In this paradigm shift of DX, it is time for us to deepen our understanding of communication and to determine its true nature, rather than to be absorbed by the rapidly diversifying tools. How will our mutual understanding be shaped in the future? In this session, experts from very different fields who are active in the field of communication will gather to engage in emergent discussions to grasp the essence of communication.

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Representative Director, HiLable, Inc.
Takeshi Mizumoto

D., Graduate School of Informatics, Kyoto University, 2013. D. (Informatics). Engaged in research on frog chorus and robot ensemble. In the same year, he joined Honda Research Institute Japan, where he worked on sound research. 2016, he founded and became the president of HiLable, Inc. He provides visualization services for face-to-face and web conferencing discussions. He has analyzed more than 18,000 conversations, mainly at schools and corporate training programs. He received the 17th Japan e-Learning Award from the Minister of Health, Labor, and Welfare, among others.

Ryosuke Tachibana, Assistant Professor, Center for Evolutionary Cognitive Science, The University of Tokyo

D. (Engineering) from Doshisha University, Graduate School of Life Science and Medical Bioscience in 2011. After working as a JSPS Research Fellow, Research Fellow at ETH Zurich, Switzerland, and Specially Appointed Researcher at the University of Tokyo, he has been in his current position since April 2019. He specializes in acoustic, cognitive, and neurosciences related to auditory perception and vocalization, and is engaged in research on mechanisms of voice control and learning. He has conducted a wide range of research on humans, birds, and rodents with the aim of understanding the neural mechanisms underlying vocal communication.

Primate Research Institute, Kyoto University
Research Fellow, Division of Neuroscience
Mr. Hiroki Koda

D. program in Biological Sciences at the Graduate School of Science, Kyoto University in 2001. D. in Science. D. in Biological Sciences from the Department of Biological Diversity and Conservation, Primate Research Institute, Kyoto University, and worked as an assistant professor and assistant professor in the Department of Behavioral Neuroscience and the Department of Cognitive Science, respectively, before assuming his current position. He has been conducting research on the origin and evolutionary history of language by observing wild animals mainly in Southeast Asia and comparing them with animals through experimental animal studies on primates.

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Shuichiro Takahashi, Representative Director and COO, Liverness, Inc.

D. (Life Sciences), Graduate School of Frontier Sciences, The University of Tokyo. Specialized in plant pathology. He has participated in RIVANESS since its establishment, and while continuing his research activities at the university after obtaining his doctorate, he established the RIVANESS research institute and built the foundation of the R&D business. He devised the business model of "Liberace Research Grant," a unique research grant, and "L-RAD," a database of unutilized research ideas, and has initiated many projects involving industry, academia, and education. Member of the Graduate School Subcommittee of the University Sectional Committee of the Central Council for Education, Ministry of Education, Culture, Sports, Science and Technology, etc.

16:00-16:50
  • Main Hall Online Delivery
How to start an international collaborative research project in the With Corona era

Session Partner: Mitsubishi Electric Corporation

It is no exaggeration to say that the decline of research and development will lead to the decline of humanity, as science and technology have always played a central role in social change. However, the recent outbreak of the new coronavirus has made it difficult for Japanese companies to travel across borders, and the way of proceeding with joint research and projects between Japanese companies and overseas start-ups and researchers will not be the same as before. The method of meeting face-to-face in the field, building a relationship of trust, and then discussing the terms of the project will slow down the speed at which new things can be done. On the other hand, if we do nothing and wait for the convergence of coronas, we will find ourselves behind the times.
So, in the new way of life for mankind brought about by the infectious disease epidemic, how should international joint projects that transcend national boundaries be initiated? In this session, moderated by Yukihiro Maru, CEO of the LIVERNESS Group, we will discuss how to start international projects to establish strong connections with overseas start-ups, with Mr. Yamanaka of Mitsubishi Electric Corporation, who is currently promoting joint research with overseas start-ups, Mr. Sugitani of Ebara Corporation, who is trying to start collaboration to solve issues in Southeast Asia, and Mr. Hiratsuka, who is in charge of supporting Japanese companies' overseas expansion at the Ministry of Economy, Trade and Industry who are in charge of supporting overseas expansion of Japanese companies at the Ministry of Economy, Trade and Industry, will discuss how to start an international project to create strong connections with overseas startups.

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Mitsubishi Electric Corporation
Future Innovation Center
group manager
Mr. Satoshi Yamanaka

Joined Mitsubishi Electric Corporation in 1998. After joining the company, he was engaged in the development of image processing LSIs used in LCD TVs and Mitsubishi Electric's signature Aurora Vision. 2015 to present, he promotes open innovation with startups. As a communicator, he focuses on strengthening existing businesses by matching them with venture companies and creating business opportunities by leveraging intellectual property within companies.

EBARA Corporation
Marketing Division
General Manager, Next Generation Business Development & Promotion Dept.
Mr. Shuhiko Sugitani

Born in Tokyo, Japan, he graduated from Keio University Faculty of Law in 1996, joined Industrial Bank of Japan in 1996, and worked in the investment banking division of Nomura Securities, Morgan Stanley Securities, and Citigroup Securities for 13 years from 2002, engaging in M&A and financing advisory services. joined Ebara Corporation in 2015, in charge of Fluid Machinery & Systems Company Planning Division, where he was in charge of corporate acquisitions and establishing new offices; since 2018, he has been in charge of new business development.

METI
Strategic Export Negotiator, Trade and Economic Cooperation Bureau
Mr. Atsuyuki Hiratsuka

Born in Fukuoka Prefecture, Japan. Graduated from the University of Tokyo, Faculty of Law, Harvard Law School, and Columbia University School of Public Policy and International Relations. After joining the Ministry of International Trade and Industry (MITI), he worked in the Minister's Secretariat, Small and Medium Enterprise Agency (in charge of venture promotion), Iraq Transitional Authority, and Director General of the Japanese Business Council in Europe, before serving as Director General of the Corporate Accounting Office, Director General of the Monozukuri Policy Deliberation Office, Trade Negotiation Coordinator, and Director of the Corporate Trade Division at the Fair Trade Commission (executive exchange personnel). Currently, as a Strategic Export Negotiator at the Trade and Economic Cooperation Bureau, he is in charge of supporting Japanese companies, including venture companies, in their overseas expansion.

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Group CEO and Representative Director, LIVERNESS Co.
Yukihiro Maru

In 2002, while still in graduate school, he founded LIVERNESS with only undergraduate and graduate students in science and engineering. He has developed Japan's first "delivery experiment class of cutting-edge science" into a business. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. He is also an innovator who has been involved in the launch of numerous deep-tech ventures, including Euglena.

17:00-17:50
  • Main Hall Online Delivery
Co-evolution of form and function - What can we learn from form?
Animals have acquired bodies capable of complex movements during the process of evolution. The fusion of a skeleton made of sturdy bone parts and soft tissues such as muscles and skin has produced a variety of functions such as grasping, walking, running, and flying. Understanding the relationship between form and function, which has been constantly updated over the long history of evolution, will promote the evolution of robots and other machines that move in our daily lives. In this session, we will bring together researchers in soft materials, robotics, and anatomy to discuss the relationship between the skeleton and bodily functions, and to consider how we can incorporate the functionality of form.

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Professor, Department of Mechanical Systems Engineering, Faculty of Engineering, Yamagata University
Mr. Hidemitsu Furukawa

He is the head of the Soft and Wet Matter Engineering Laboratory (SWEL) at Yamagata University. after moving to Yamagata University in 2009, he started developing a 3D gel printer, which became the focus of attention when the 3D printer boom came. in April 2018, he established the Yawaraka 3D Co-Creation Consortium, and became its chairman, He also focuses on social implementation of the technology. His research on enhancing 3D digital fabrication of polymer gel, utilizing 3D printers in education, and social implementation of cutting-edge technology has taken the creation of new value from local to global.

Researcher, Systems Information Systems, University of Tsukuba
Mr. Meku Gunji

In March 2017, he received his PhD (Agricultural Science) from the Graduate School of Agricultural and Life Sciences at the University of Tokyo. After working at the National Museum of Nature and Science as a JSPS Research Fellow PD from April of the same year, he has been in his current position since April 2020. He specializes in anatomy and morphology. He received the 7th JSPS Ikushi Prize. He is the author of "Giraffe Anatomy" (Natsumesha).

Professor, Graduate School of Engineering Science, Osaka University
Mr. Koh Hosoda

While teaching control theory, robotics and systematic thinking, I am also researching physicality and soft robotics, i.e., what relationship exists between an organism's soft body and its ability to behave in an intelligent manner.
We believe that in order to understand the intelligent behavior of living organisms, it is important not only to process their information, but also to mimic their physical form, bio-mimicry and bio-norms, and our goal is to realize bio-intelligence in robots.

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Executive Officer, LIVERNESS Co.

Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

10:00-10:50
  • Session Room A, Online Delivery
Is Uncovering the Unknown Ocean the Key to a Sustainable Future?

Session Partner: The Nippon Foundation
powered by: DeSET Submarine Exploration Technology Development Project

We still know very little about the oceans, which support life on Earth and have a significant impact on weather and global temperatures. Only 19% of the total ocean topography is currently known. The oceans, which are more mysterious than the moon or Mars, nurture 20% of the animal protein consumed by humans and absorb 30% of the CO2 we emit. Understanding the oceans is linked to the sustainability of humanity and the planet. Not only that, but the expected benefits are great, including more efficient vessel operations through ocean current forecasting, disaster forecasting such as earthquakes and tsunamis, and resource exploration. How can we develop technologies to "understand the ocean" and use them to solve society's problems in the future? How can players in existing industries get involved and create value together? In this session, we will discuss the possibilities and future of the ocean.

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Nippon Marine Science Inc.
Mr. Satoru Kuwahara

Graduated from Tokyo University of Mercantile Marine in 1994 and joined Nippon Yusen Kaisha, Ltd. as a marine engineer. After joining NYK, he worked mainly on board oil tankers (sea duty). After working both at sea and on land, he was involved in the oil tanker division and the maritime affairs division (overseeing ship technology including advanced technology) while working on land. Currently, he is promoting various automated vessel projects promoted by the Nippon Foundation and the Ministry of Land, Infrastructure, Transport and Tourism as project director.

Director and CTO, Lighthouse, Inc.
Mr. Yosuke Matsuno

He holds a Master's degree in Electrical Engineering from the Department of Electrical, Electronics and Computer Engineering, Shibaura Institute of Technology. Engaged in automatic driving research at Nissan Motor Co., Ltd. and was sent as a visiting researcher to the University of Oxford, UK, where he conducted front-line automatic driving research studies and developed an automatic driving system using electric vehicles. After returning to Japan, he launched Lighthouse Inc. with two colleagues and became CTO. He launched ISANA, a service for fishermen. Responsible for research and development of services that use technology to solve problems in the marine field in addition to the fishing industry.

Economic and Industrial Policy Bureau, Ministry of Economy, Trade and Industry
Assistant Manager, New Business Creation Promotion Office, Industry Creation Division

Mr. Soichiro Hasegawa

He holds a Bachelor of Engineering degree from Kyoto University. He has been in charge of coordination with international organizations in the field of international standards (industrial property rights). Currently, he is working to strengthen the venture and startup ecosystem in Japan, including the operation of J-Startup and the expansion of J-Startup to other regions.

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Leave a Nest Co., Ltd.
Representative Director, Group CEO
Yukihiro Maru

In 2002, while still in graduate school, he founded LIVERNESS with only undergraduate and graduate students in science and engineering. He has developed Japan's first "delivery experiment class of cutting-edge science" into a business. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. He is also an innovator who has been involved in the launch of numerous deep-tech ventures, including Euglena.

11:00-11:50
  • Session Room A, Online Delivery
Solving the "Marine Litter Problem" with a super interdisciplinary team (Part 2: "Inverted Structure")

Session Partner: The Nippon Foundation
powered by: Project Ikkaku

Project Ikkaku, launched by the Nippon Foundation, JASTO, and LIVANES, is an initiative to create businesses that contribute to the reduction of marine litter, with a focus on the issue of marine litter, which has been attracting increasing attention in recent years. In this session, project members will share their progress over the past year and discuss how they plan to take on the challenge of overturning the conventional business model. We welcome those who are interested in the challenge of changing the one-way economic model of production, consumption, and disposal to a circulating economic model.

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Sustainable Energy Development Corporation
Representative Director, President and CEO
Mr. Masahiro Mitsuyama

Graduated from Keio University, Faculty of Economics. After working for an investment bank and an auditing firm, he became the representative director of Marumitsu Sangyo Co., Ltd. and Yamagata Water and Sewage Facility Management Co. He also established a scheme (NEDO-commissioned project) with Shinjo City in Yamagata Prefecture and Nippon Paper Industries, Ltd. to convert sewage sludge generated from public sewage systems into solid fuel and sell it to coal-fired power plants, after which he established our company. In Project Ikkaku, he served as sub-leader of Eco-Trinity and promoted the development of an autonomous decentralized waste treatment system.

Ridge-i Corporation
Architect, Business Structuring
Mr. Keiichi Yokoyama

He joined CSK Corporation (now SCSK Corporation) in the IT industry, which was growing at the time, with the desire to "create something that will make society better with my own hands. Later, he experienced IT consultation at Accenture Japan K.K., and then IT strategy development, implementation, and operation at Janssen Pharma K.K. He is currently working at Ridge-i, Inc. Currently, he is engaged in consulting specializing in the use of artificial intelligence at Ridge-i, Inc. In Project Ikkaku, he served as sub-leader of Debris Watchers and promoted the development of a marine litter monitoring system.

Manabu Design, Inc.
Representative Director, Producer, Designer
Mr. Manabu Takahashi

Born in Akita Prefecture. After working in the development and design practice of home appliances at Hitachi Taga Technology Corporation and later in design practice at an industrial design firm, he established Manabu Design Co. He specializes in product planning and design, utilizing his design experience and knowledge of manufacturing. He is a part-time lecturer at Akita University Graduate School. He is currently promoting the development of Project Ikkaku using design thinking for upcycling mechanisms and concepts.

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General Manager, Founding Development Division, Riverness Inc.
Yusuke Shinozawa

He graduated from the Graduate School of Agricultural and Life Sciences at the University of Tokyo with a Master's degree in Agricultural Sciences. After working for a PR company, he joined RIVANES in 2009, where he launched the media development business in 2012 and the seed acceleration business "TECH PLANTER" in 2013. 2015, he was appointed as Growth Manager at the Real Tech Fund, where he is in charge of bio- and Since 2018, he has served as the head of the Founding and Development Business Department. Since 2018, he has been working on the theme of "founding a company" instead of starting a business.

13:00-14:50
  • Session Room A, Online Delivery
Real Tech Venture of the Year 2021
Since 2015, Liverness Inc. has been recognizing "venture companies involved in unique, novel, and high-growth businesses in the real tech domain" as "Real Tech Venture of the Year". With this award, the company will present a role model to the next generation of entrepreneurs, with the aim of raising awareness of the creation of real-tech ventures in society as a whole. In 2021, the seventh year of the award, awards will be presented in three categories: "Startup Division," "Growth Division," and "Boost Division," providing a place to interact with ventures and feel the impact of new technologies on the future.

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⭐️ award-winning companies⭐️

Startup Division

tonari corporation
Representative: Shiro Gao
Vision: To create a world without the boundaries of physical distance so that people can be connected to work, educational opportunities, and community at any time.
Core technology: Video and audio data compression and transmission technology software-based hardware control


Sagri Corporation
Representative: TSUBOI Shunsuke
Vision: Achieve coexistence between humankind and the Earth
Core technology: Wide-area analysis using satellite data and AI to form polygons


Japan Moss Factory, Inc.
Representative: Misao Itoga
Vision: Protecting the global environment with moss
Core technology: Technology for manufacturing and processing moss as an environmental improvement material


Agro Design Studio, Inc.
Representative: Yuki Nishigaya
Vision: Contribution to sustainable agriculture
Core Technology: Structure-Based Pesticide Creation Technology

Growth Division

Nature Architects Inc.
Representative: Oshima Taisuke
Vision: Realize a society in which the functions of things can be freely designed.
Core Technology: DFM (Direct Functional Modeling)TM)


Sustainable Energy Development Corporation
Representative: Masahiro Mitsuyama
Vision: Build a more prosperous life for the community through the diffusion of decentralized and self-reliant energy generators.
Core technology: Technology to generate solid fuel of constant quality and energy density equivalent to coal from a wide variety of combustible waste, without being affected by its composition.


Furmen Station Co.
Representative: SAKAI Rina
Vision: A fun society through fermentation!
Core technologies: Fermentation technology for unused resources, regional recycling system with zero waste


U-MAP Corporation
Representative: Kenji Nishitani
Vision: Realize innovation in industry by turning university technology seeds into industrial products
Core Technology: High-volume, high-quality synthesis of fibrous aluminum nitride single-crystals "Thermalnite" (the only original technology of its kind in the world)

Boost Division (of the Imperial Japanese Army)

Sun Asterisk Inc.
Representative: Taihei Kobayashi
Vision: A world where everyone can be absorbed in value creation
Core Technology: A digital creative studio that facilitates the digitization of all industries


Amelieff Corporation
Representative: Masao Yamaguchi
Vision: Social implementation of life science research results
Core technology: Technical capabilities to link cutting-edge bioinformatics and life science research


For more information on the award-winning companies and a list of past award-winning companies, please visit the following website
https://techplanter.com/real-tech/


 

16:00-16:50
  • Session Room A, Online Delivery
Exploring the Potential of Food Science from Japan

Session Partner: Sigmaxis Inc.

Since the mid-2010s, a new trend in the food sector has emerged globally and is driving changes in the global food industry as a whole. In the U.S., the supply of risk money to the so-called "foodtech" area is rapidly increasing, and in Singapore, the government is strongly encouraging the creation of innovation in this area. In Japan, this trend is gradually attracting attention, and last year was a year in which the keyword "foodtech" was bandied about. Why is this attracting global investment and where is it headed? What is Japan's vision in this trend, and what should the players involved do? This year's conference will bring together players from industry, government, and academia who are taking unique actions and pursuing these questions to discover the future direction of food, science, and technology.

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Director, Sigmaxis Inc.
Mr. Hirotaka Tanaka

Director of Sigmaxis Inc. and organizer of Smart Kitchen Summit Japan. Director of SPACE FOODSPHERE, a general incorporated association. After working for Panasonic Corporation and McKinsey & Company, he joined Sigmaxyz Inc. He is well versed in a wide range of topics including strategy development, new business development and execution, marketing, M&A, partnerships, and venture collaborations. He is well versed in trends and players in the food and culinary industry, with a focus on food tech, and has been a speaker at numerous lectures, seminars, and panel discussions in Japan and abroad. He is also active in disseminating information through the media.

Department of Food, Life and Environment, Faculty of Agriculture, Yamagata University
Professor Doctor of Agriculture
Mr. Akira Oikawa

Graduated from the Department of Agricultural Chemistry, Faculty of Agriculture, Kyoto University in 1998, and completed the doctoral program in Applied Bioscience, Graduate School of Agriculture, Kyoto University in 2003. As a postdoctoral fellow at Osaka Prefecture University, he established a technique for metabolome analysis (comprehensive analysis of low-molecular compounds) using Fourier transform ion cyclotron resonance mass spectrometry. Later, as a researcher at RIKEN, he engaged in research using metabolome analysis with capillary electrophoresis mass spectrometry. Currently, he is engaged in research on the application of metabolome analysis to agricultural products and foods.

METI
Trade Promotion Division, Trade and Economic Cooperation Bureau
assistant section or department manager

Mr. Moei Ido

Joined the Ministry of Agriculture, Forestry and Fisheries (MAFF) in 2010; seconded to the Ministry of Economy, Trade and Industry (METI) in 2019, where he is in charge of promoting overseas expansion and food exports by small and medium-sized enterprises. He established the Foodtech Project Team with young volunteers from the Ministry, and has been identifying and supporting Japanese food tech companies with the mission of "solving the world's food challenges with Japanese food tech".

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Executive Officer, LIVERNESS Co.
Shuhei Tsukada

D. in Applied Biotechnology, Graduate School of Agricultural and Life Sciences, The University of Tokyo. D. in Agriculture. Participated in the management of RIVERNESS since 2003, when the company was in its early stages of establishment. After accumulating practical experience in experimental classes and various types of writing, developed and introduced advanced technologies in the agri-field and launched a project to build an ecosystem for regional startups. Committed to technology and business development in collaboration with large and medium-sized companies, venture companies, researchers, etc. on a field-oriented basis.

17:00-17:50
  • Session Room A, Online Delivery
How We Face the Challenges of Climate Change

Session Partner: Nihon Unisys, Ltd.

Climate change is currently a major global theme. In this session, we invite Sagri Corporation, which has been selected for the Climate Change Acceleration Program by UNOPS, Inoka Corporation, which is implementing environmental restoration efforts in Mauritius with Mitsui O.S.K. Lines, and Nihon Unisys, which has technology to simulate the amount of sunlight. which has technology to simulate the amount of sunlight, will be invited as panelists to discuss various issues related to climate change and solutions to them.

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Sagri Corporation
Founder & CEO
Mr. Shunsuke Tsuboi

Currently enrolled in the Department of Mechanical Engineering, Faculty of Science and Technology, Yokohama National University. During his university years, he founded the first private space education company, UCHU Corporation, and became a student entrepreneur. Ltd. to solve problems in the agriculture, forestry, fisheries, and livestock industries, urban development infrastructure, and the environment through satellite data. He is a member of the review committee for the Ministry of Agriculture, Forestry and Fisheries digital map, and has won a total of 12 awards, including first place in the Singularity GIobal Impact Challenge and 5 out of 624 companies from 98 countries in the UNOPS GIC, including a pitch at a global competition. He is also a Global shaper, a member of the young people's organization appointed by the Davos Forum. He is a visiting professor at the University of Information Management and Innovation.

INOCA Corporation
Founder & CEO
Mr. Yota Takakura

After graduating from the University of Tokyo's Faculty of Engineering, he entered the Rekimoto Laboratory at the University of Tokyo Graduate School, which produced Yoichi Ochiai, among others, where he conducted research on supporting musical instrument practice using machine learning. While in graduate school, he founded a hardware development company and was involved in various projects, and in April 2019 established "Inoka Inc. With the vision of "creating a world where people and nature will coexist in harmony for the next 100 years," he is engaged in the research, development, and social implementation of a unique "environmental transfer technology" that reproduces the ecosystem of a specific water body in a closed environment on land.

Nihon Unisys, Ltd.
Manufacturing Business Service Headquarters, Engineering Systems Dept.
Chief Specialist
Mr. Tomoyuki Okumura

Engaged in materials research related to light and magnetism and superconductivity at the Magnetic Materials Laboratory, Electronics Research Institute, Agency of Industrial Science and Technology, Ministry of International Trade and Industry (MITI) from 1986, and joined Nihon Unisys, Ltd. in 1989. Engaged in simulation development projects in the main department of simulation technology; started sky light source simulation research in 2017 and worked on business development using the research results. Patent applications: 13. 6 papers in domestic academic conferences. 3 papers in international conferences.

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Executive Officer CKO, LIVERNESS Co.
Kazuhiro Hasegawa

He holds a Master's degree in Engineering from Tokyo Metropolitan University. Joined RIVERNESS from the first year of his master's degree, then became the first new employee of RIVERNESS, and was appointed as Executive Officer in 2012. He is also responsible for launching Techplanter, an incubation business in the manufacturing field, managing Garage Sumida in collaboration with Hamano Seisakusho, and promoting the Super Factory Group. He also established Japan's largest incubation facility for manufacturing start-ups, "Center of Garage," and is responsible for the revitalization of manufacturing companies from a wide range of perspectives.

10:00-10:50
  • Session Room B, Online Delivery
A small factory tried AI visual inspection in-house.

powered by: Monozukuri Research Center

With the development of technology, AI is no longer a technology that is out of reach for SMEs, but one that can be utilized by SMEs to improve not only productivity, but also employee satisfaction and technology transfer, among other benefits. While the software part of AI is becoming less difficult to utilize due to technological development, the key to its introduction lies in the on-site knowledge and skill of SMEs, yet few companies are aware of this. In this session, we will discuss the convenience and difficulty of using AI tools for visual inspections, inviting a local factory that has taken the initiative in implementing AI tools rather than relying on outside IT companies through a demonstration project initiated by the Ministry of Economy, Trade and Industry (METI) and McKinsey & Company.

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Yoshizumi Press Co.
(senior) managing director
Mr. Ken Yoshizumi

After graduating from high school attached to Nippon Institute of Technology (now Komaba High School attached to Nippon Institute of Technology), he joined the company and learned mold technology under his predecessor. He was one of the first to introduce 3D CAD and machining centers, and improved the accuracy of complex molds. He also acquired deep drawing and plate forging technologies that had not been available in the company until then, and worked on sales activities based on VE proposals, such as converting machined parts to stamping and two parts to one part, establishing a system from prototype development to mass production. In recent years, the company has been challenging the possibilities of press working, for example, by teaming up with designers to start product development.

McKinsey & CompanyJapan Branch Tokyo Office
Partner
Mr. Yasuaki Sakurai

He leads digital transformation efforts for consumer goods retailers and public sector companies. He has extensive experience in AI applications for large and small companies, particularly in the area of data utilization. He has written numerous articles for Harvard Business Review and other publications. He holds a B.A. in Law from the University of Tokyo and an M.B.A. from Northwestern University's Kellogg School of Management.

Information Technology Utilization Promotion Division, Commerce and Information Policy Bureau, Ministry of Economy, Trade and Industry
assistant section or department manager
Mr. Yutaka Murakami

Graduated from Tokyo University of Science, Faculty of Science in 2007. Joined the Ministry of Economy, Trade and Industry (METI) in the same year. studied at Babson College F.W. Olin Graduate School of Business from 2015 to 2017. received MBA. At the Ministry of Economy, Trade and Industry, he was engaged in the construction of Safety Net (electronic application system for industrial safety and product safety related laws and regulations) as part of METI-DX, etc. He has been in his current position since 2019. He is in charge of "AI Quest," a problem-solving AI human resource development program.

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Executive Officer CKO, LIVERNESS Co.
Kazuhiro Hasegawa

He holds a Master's degree in Engineering from Tokyo Metropolitan University. Joined RIVERNESS from the first year of his master's degree, then became the first new employee of RIVERNESS, and was appointed as Executive Officer in 2012. He is also responsible for launching Techplanter, an incubation business in the manufacturing field, managing Garage Sumida in collaboration with Hamano Seisakusho, and promoting the Super Factory Group. He also established Japan's largest incubation facility for manufacturing start-ups, "Center of Garage," and is responsible for the revitalization of manufacturing companies from a wide range of perspectives.

11:00-11:50
  • Session Room B, Online Delivery
Food Regulatory Science - The Challenge of Food and Fasting Science

Session Partner: Kyowa Hakko Bio Co.

There are many different ways in which people interact with food, depending on country, region, culture, and lifestyle. Some people believe in controlling their health by eating, while others believe in regulating themselves through fasting. There are also dietary restrictions closely related to religion, such as Ramadan. In this session, we will discuss how food contributes to our health in the context of the latest science, especially in terms of immunity, gut bacteria, and high quality food resources, with the concept of understanding humans through food. We will also discuss what research needs to be done to accumulate more knowledge on how to control the timing and quantity of the food we do and do not consume in the first place.

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Kyowa Hakko Bio Co.
Manager, Corporate Planning Department
Mr. Kazuhiko Tabata

In 1996, he received a Master's degree from the Graduate School of Agriculture, Nagoya University. In the same year, he joined Kyowa Hakko Kogyo Co., Ltd. and received his Ph.D. in Agriculture in 2005 (University of Tokyo). 2008 Kyowa Hakko Bio Co., Ltd. and has been consistently engaged in R&D work since joining the company in 1996, and after serving as the General Manager of the Research Laboratory, he assumed his current position in April 2018. Specializing in material production through fermentation (bioprocesses), he received the Agricultural Chemistry Technology Award in 2014 and is currently engaged in the development of new businesses.

Professor, Graduate School of Agricultural and Life Sciences, The University of Tokyo
Mr. Shinichiro Takahashi

D. in Agricultural Chemistry, Graduate School of Agricultural Science, The University of Tokyo. He was an assistant professor at the Department of Agricultural Chemistry, Faculty of Agriculture, Tokyo University of Agriculture and Technology, a visiting researcher at the School of Medicine, University of North Carolina at Chapel Hill, USA, an associate professor at the Department of Agricultural Chemistry, Faculty of Agriculture, University of Tokyo, and an associate professor at the Department of Applied Animal Science, Graduate School of Agricultural and Life Sciences, the same university before assuming his current position from 2019. He also served as an academic investigator at the Ministry of Education, Culture, Sports, Science and Technology, Research Promotion Bureau for three years from 2001 to 2003. Currently, he is working on elucidating the signal regulation mechanism of insulin-like growth factors and identifying metabolic regulatory amino acid signals. At the same time, he established the One Earth Guardians training program in the Faculty of Agriculture to consider what should be done now in order for humans to survive on Earth 100 years from now.

Professor, Faculty of Pharmaceutical Sciences, Keio University
Mr. Koji Hase

D., he worked as a postdoctoral fellow at the UCSD School of Medicine, a researcher at RIKEN, and a specially appointed professor at the Institute of Medical Science, University of Tokyo before assuming his current position in 2014. From the perspective of microbe-host interactions, he is attempting to elucidate the molecular mechanisms of "disease starts in the gut. In addition, he is currently conducting research on the fasting response of the intestinal immune system.

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Leave a Nest Co., Ltd.
Representative Director, Vice President CTO
Inoue, Jyo

D. in Pharmaceutical Sciences from Tokyo University of Pharmacy and Life Sciences. He is a founding member of LIVERNESS. After completing the doctoral program, he worked as an assistant professor and lecturer at the Faculty of Science, Kitasato University, and as an assistant professor at the Graduate School of Medicine, Kyoto University before becoming a specially-appointed associate professor at the Institute for Advanced Biosciences, Keio University in 2015 and a professor at the Faculty of Pharmaceutical Sciences, Kumamoto University in 2018. While conducting research and development, he is a researcher involved in launching joint research projects with universities and research institutions and supporting the establishment of research institutes.

13:00-13:50
  • Session Room B, Online Delivery
Revolution in Plant Production -Unlocking the Potential of Plants

Session Partner: Plantex Corporation

Since humans began farming, they have made full use of agri-tech to increase the yield and improve the quality of their produce. As the world population increases and global climate change occurs, it is expected that humanity will be required to develop revolutionary plant production that will bring out the potential of plants in order to ensure a stable supply of food in the future. In this session, we will invite researchers who enhance plant growth and functionality to hear about their approaches to unlocking the potential of plants, and discuss the future envisioned when these approaches are reflected in future production sites.

"More Information"

Plantex Corporation
Founder & Director
Mr. Shunsuke Sakaguchi

D. in 2011 from Kyushu Institute of Technology, Graduate School of Life Science and Technology. Engaged in research and development of diagnostic imaging devices at Panasonic Healthcare Co. In 2018, he developed the world's first closed-type cultivation system for mass production and demonstrated the world's highest area productivity.

Yokohama National University Graduate School
Professor, Faculty of Environment and Information Studies
Mr. Kazuyuki Hiratsuka

Studied plant pathology at the University of Tokyo. Postdoctoral fellow at The Rockefeller University (1990-1995), studying plant molecular biology (gene expression regulation, genetic recombination). After working as an assistant professor at Nara Institute of Science and Technology (1995-2001), he became a professor at Yokohama National University (2001-). Member of Biodiversity Impact Assessment Study Committee, Ministry of Agriculture, Forestry and Fisheries and Ministry of the Environment (2011-); established Yokohama Biotechnology, Inc. to utilize research results of NEDO Pro and others, and became Director and CTO (2014-).

Quantomics Inc.
Representative Director
Ms. Risa Sakamoto

President and CEO of Quantomics Inc. Candidate for Doctor of Agriculture (University of Tokyo). Silver medalist in the International Biology Olympiad. Through his experience of participating in business contests as a student and working for a patent-related company, he came to realize that "varieties" are extremely important assets for companies and society, but that there is still much room to introduce advanced IT technology and data utilization in the field of breeding. With the aspiration to widely utilize the latest technology he learned in graduate school in society, he founded Quantomics Inc. in 2019 with the involvement of many researchers.

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Leave a Nest Co., Ltd.
Director, Agriculture, Forestry and Fisheries Research Center
Yosuke Miyauchi

D. (Agronomy), Graduate School of Horticulture, Chiba University. In graduate school, he worked with local researchers in Xinjiang Uygur Autonomous Region to establish high-yield cultivation technology for soybean. At RIVANES, he is involved in research projects based on his experience, and in 2019, he established the Agriculture, Forestry, and Fisheries Research Center to actively promote cross-sectional research in the field of agriculture. In the same year, he became the president of Agronome Research Institute, Inc. to conduct projects and research on the realization of fully cyclical agriculture for sustainable food production.

14:00-14:50
  • Session Room B, Online Delivery
The disruptive power of advanced measurement in industry! Venture Technology to Create Innovations!

powered by: Monozukuri Research Center

There are many elemental technologies involved in creating and delivering something new to the world. One of the most typical examples is measurement. Measurement is not only required for "manufacturing process control" and "quality control" in many situations, but is also an essential technology for computer-controlled manufacturing equipment.
Although "measurement" is often viewed as a cost, it is becoming common knowledge that full utilization of measurement technology will promote higher quality in mass production. In addition, the use of new measurement technology in the research and mass production prototyping phases can lead to new discoveries, facilitate clarification (explanation) of mechanisms such as "why such technology is established," and enable analysis of defects.
In this session, we will introduce cutting-edge technologies from venture companies with strengths in measurement and analysis. The session will also touch on the possibilities for innovation opened up by the use of these measurement technologies, and discuss the hurdles to social implementation from the perspective of the companies and ventures on the introduction side.

"More Information"

Kawano Labs Co.
Representative Director
Mr. Makoto Kono

D. in Analytical Chemistry at Osaka University, he was selected for JST's A-STEP Young Entrepreneur Type program based on his research results, and after 3 years of research and development, he established Kawano Lab Inc. in 2015. He has developed a method for analyzing microparticles and cells based on the phenomenon of swimming by magnetic fields, and is concerned with single-particle analysis of wettability, dispersibility, crystallinity, surface coverage, cell viability and activity, and so on. Through joint research with universities and companies, we are also developing image analysis using deep-learning and various microspectroscopy methods.

BallWave Corporation
President and Representative Director
Mr. Shingo Akao

D. in Materials and Systems Engineering, Graduate School of Engineering, Tohoku University, while engaged in research related to ball SAW at Toppan Printing Co. After working as a visiting associate professor at Tohoku University's Joint Research Center for Advanced Science and Technology, he established Ball Wave Corporation in 2003 and became its representative director.
Despite the great demand from industry, there are no versatile high-speed, high-sensitivity gas sensors. The company is aiming for social implementation of ball SAW sensor technology, which enables ultra high-speed and high-sensitivity sensing of any gas (molecule) simply by changing the sensing film.

Toppan Printing Co.
Electronics Division
Manager, Development Planning Department, New Business Development Division
Mr. Yuichiro Abe

Graduated from Tokyo University of Science, Faculty of Engineering Science in 2004, and joined Toppan Printing Co. Since joining Toppan Printing Co., Ltd. in 2004, he has been engaged in the development of materials and structures for mobile LCD color filters used in smartphones, etc. Since 2011, he has promoted the strengthening of existing businesses through technological development collaboration with venture companies. In recent years, he has focused on creating new businesses by accelerating internal and external technological collaboration.

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Leave a Nest Co., Ltd.
Director, Monozukuri Research Center
Nobuaki Cho

He holds a Master of Engineering degree in Intelligent Functional Engineering from Osaka University, and joined Liverness Corporation in 2016.
He accompanies various domestic and foreign ventures in manufacturing from conceptual design and prototyping to mass production. At the same time, he is involved in the creation of collaborative projects between large companies and ventures.
The Monozukuri Research Center also organizes and disseminates knowledge related to manufacturing to accelerate social implementation of ventures.

16:00-16:50
  • Session Room B, Online Delivery
Evolving "people" learning with schools as a starting point

powered by: Center for Education and Research

What kind of place should schools be in the future? Coincidentally, the Japanese school education system is being redesigned to coincide with the change in the Courses of Study. Schools may function as a "place" where people of various affiliations and positions can gather. The people who gather together form project teams that transcend the boundaries of the organizations they belong to, and all members continue to learn as they work together toward a goal by bringing their respective strengths to bear. In this session, we will discuss with experts from various perspectives the vision of a school that can create opportunities to continue facing real issues and questions in order to keep thinking about questions that have no answers.

"More Information"

METI
Commercial & Service Group
Director, Service Policy Division (and) Director, Education Industry Office
Mr. Daisuke Asano

Joined the Ministry in 2001. in July 2016, as a member of the Policy Planning Committee of the Minister's Secretariat, he was in charge of departmental reorganization and launched the "Education Industry Office". in July 2017, he became the Planning Officer of the Policy Advisory Office of the Minister's Secretariat. in October 2017, he also became the Director of the Education Industry Office. in July 2018, he assumed his current position. in July 2018, he became the Director of the Education Industry Office. Currently promoting the "Classroom of the Future" project for educational innovation.

Nittetsu Engineering Co.
Director of Sustainability and Public Affairs
Ms. Mitsuko Orikasa

Graduated from Keio University, Faculty of Law. Since joining Nippon Steel Corporation (at the time), he has been involved in theme park construction, overseas plant sales, and recruitment and human resource development. Currently, as the Director of Sustainability and Public Relations at Nittetsu Engineering Corporation, which was spun off as a separate company in 2006, he is working on the integration of SDGs/ESGs into management. He is currently developing the program in Kanto and Kyushu.

Kadokawa Dwango Gakuen Educational Corporation
Vice Principal of N High School and Principal of S High School
Mr. Soichiro Yoshimura

Completed graduate studies at Tokyo Institute of Technology. Joined Dwango as an engineer and was involved in the development of various middleware for Nico Nico Live Broadcasting. After that, he led programming education at Kadokawa Dwango Gakuen as the head of IT strategy department and an instructor.

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Leave a Nest Co., Ltd.
Representative Director, Vice President CTO
Inoue, Jyo

D. in Pharmaceutical Sciences from Tokyo University of Pharmacy and Life Sciences. He is a founding member of LIVERNESS. After completing the doctoral program, he worked as an assistant professor and lecturer at the Faculty of Science, Kitasato University, and as an assistant professor at the Graduate School of Medicine, Kyoto University before becoming a specially-appointed associate professor at the Institute for Advanced Biosciences, Keio University in 2015 and a professor at the Faculty of Pharmaceutical Sciences, Kumamoto University in 2018. While conducting research and development, he is a researcher involved in launching joint research projects with universities and research institutions and supporting the establishment of research institutes.

17:00-17:50
  • Session Room B, Online Delivery
Are adults a hindrance to high school students who are trying to solve problems with hyper-disciplined thinking?

powered by: NEST LAB

How should one think and act when faced with rapidly changing and unanswerable challenges? A way of thinking that has not been taught in education to date is now required. What is needed in the coming era is to nurture young people who are not specialists in only one field, but who are capable of integrating science and technology across borders and disciplines in order to continue to take on the challenges of unanswerable questions. Therefore, in this session, in addition to Mr. Sanai of Life is Tech, who is himself a researcher of learning science, and Mr. Okamoto of MISUMI, which supports the next generation of manufacturing, we will have a presentation by Mr. Tadashi Kato, who studied robotics at the NEST LAB at LIBANES, developed robots with the Science Castle Research Fund THK Award, and is now designing and developing a new type of anti-corona Ms. Tatsuzaki from Shibuya Makuhari High School, who has designed and developed a face shield and continues to donate it, will be invited. We will discuss the future of next generation education and what adults should be doing in their respective positions to nurture young people like her.

"More Information"

Shibuya Makuhari Gakuen Makuhari High School
Ms. Noi Tachizaki

Born in 2004, he started electronics work at the age of 5 and robot building at the age of 9. He presented Pen-chan, a serving robot using THK parts, at the Science Castle 2017 Kanto Competition and won the Excellence Award and the Special Award at the competition. In 2020, he founded Face Shield Japan to donate 1,800 face shields.

Director, Life is Tech, Inc.
Mr. Yasutomo Sanai

After graduating from the University of Tokyo with a bachelor's degree in education, he worked at Link and Motivation and then at the Graduate School of Education at the University of Tokyo, where he studied under the late Professor Emeritus Naomi Miyake, a world authority on learning science, and helped create collaborative and creative learning at schools and boards nationwide. He has delivered programming education for junior high and high school students to a cumulative total of approximately 50,000 students, growing to the second largest scale in the world. Also provides online educational materials such as "Technologia Magic School" in collaboration with Disney and "Life is Tech Lesson" for schools.

MISUMI Group Inc.
Executive Officer, Finance Platform
GM, Corporate Relations Office
Mr. Tamotsu Okamoto

He has been involved in public relations and IR-related duties for about 30 years. The company has been working on the theme of "fostering young manufacturing talent," offering its products to students and sponsoring manufacturing-related events. When Mr. Tatsuzaki, who is also one of today's speakers, challenged a world-class robotics competition, we also provided support for him. Today, I would be happy if I could introduce the background to this support.

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Leave a Nest Co., Ltd.
General Manager, Manufacturing and Development Division
Daigo Fujita

Born in Onomichi, raised in Nagareyama, and currently resides in Yokohama, Japan, he joined Livanes as a student in 2002 after starting up a volunteer program at the National Museum of Emerging Science and Innovation in 2001. He has worked on educational projects with schools and companies, and has developed more than 200 programs, and has developed and utilized educational programs just as 3D printers spread around the world in 2014. Currently, he is providing manufacturing support and engineering education for ventures and new businesses by utilizing his manufacturing experience with many local factories that he worked with in developing educational materials.

  • Kyowa Hakko Bio Co.

  • KOBASHI HOLDINGS Co.

  • Daicel Corporation

  • Nihon Unisys, Ltd.

  • Focus Systems Co.

  • Plantex Corporation

  • Mitsubishi Electric Corporation

  • Euglena Co.

Haneda Innovation City, Building K, 2nd floor

Super Interdisciplinary Poster Session

Friday, March 5 and Saturday, March 6, 15:00-16:00

This is a place for poster and booth presentations that are not limited to a specific field, but where a wide variety of presentations are made at the same time to exchange passions among different fields and create opportunities for innovation.

Poster Presentation
Poster No. Title. identity belong to
P-01 Terrabiology: Understanding Biological Functions from Molecular Motion in the Terahertz Range Masahiko Imashimizu National Institute of Advanced Industrial Science and Technology (AIST)
P-02 Study on a Method for Evaluating Surface Roughness of Engine Bore Inner Surfaces Using Numerical Differentiation and RANSAC 1T. Nagai, 2. Ryo Sakakibara, 3. Ichiro Yoshida, 4. Yuki Kondo 1,3,4 Hosei University 2,Hosei Univ.
P-03 New Possibilities for Ceramics through the Fusion of Analog and Digital - Intuitive CAD and 3D Printer Kiichi Kamoda Ricoh Company, Ltd.
P-04 Toward a sustainable IoT with low data volume Yu Nakayama Tokyo University of Agriculture and Technology
P-05 Comparison of cosmic ray arrival frequency between Japan and Argentina Mika Takanashi Yamagata Prefectural Yonezawa Kojokan High School
P-06 Easy! Functionalize plastic surfaces with light Takashi Okubo Osaka University
P-07 Barefoot in the wild! Jun Kaneko Chukyo University
P-08 Creating a simulation of laser induced lightning Kei Ikushima Hiroo Gakuen High School
P-09 An attempt to reproduce a natural environment in a laboratory Nishi Hollyma Urawa Jitsugyo Gakuen Junior & Senior High School Biology Club
P-10 Lifetime measurement of microparticles C. Takahashi Yamagata Prefectural Yonezawa Kojokan High School
P-11 A case study on changes in conversation patterns in online drinking sessions Kohei Yanagira HiLable, Inc.
P-12 Efforts to Establish Integrated Watershed Management with the Participation of Local Residents: Aiming to Solve Environmental Problems in Southeast Asia Taishi Yazawa Ritsumeikan University
P-13 Current Status of Science and Technology in the Philippines and Toward the Future of the Country Yevgeny Aster Dulla Leave a Nest Japan
P-14 Development project for the Magnus wind turbine, a next-generation wind turbine that is resistant to snow accumulation Taro Kaito Business Development
P-15 Examining the psychological factors that promote and discourage individuals' environmentally conscious behaviors related to global warming. Rei Kurozumi University of Tsukuba
P-16 Let's use plant-derived waste to clean up our dye-stained rivers. Youto Shimoyama The University of Tokyo
P-17 A New Use for Baker's Yeast: Hydrogen Production Hiroki Oka Waseda University
P-18 Light Up the Quail Industry! The Impact of LED Irradiation on Quail Yoshinobu Tsuru Urawa Jitsugyo Gakuen Junior & Senior High School
P-19 Efficient angling method for the isolation of fungi parasitic on Phakopsora pachyrhizi Takuma Nada Faculty of Science, Engineering, Information and Life Sciences, University of Tsukuba
P-20 Protection of the endangered Indian lupine plant Sousuke Ohtaki Urawa Jitsugyo Gakuen Junior & Senior High School Biology Club
P-21 Endoplasmic reticulum membrane to prevent aggregation Hiroki Shiro The University of Tokushima
P-22 Are non-native species of color loaches driving native loaches to extinction? Guan Sheng Urawa Jitsugyo Gakuen Junior & Senior High School
P-23 Creation of non-swimming green lacewings Kengo Suzuki Euglena Co.
P-24 Effect of PYCR2 binding to insulin receptor substrate IRS2 on cell death Risa Nakata The University of Tokyo
P-25 Flow structure of okra mucilage in rotational wall vessel system for spheroid incubation Ulfen Zhu Tokyo metropolitan university, Mentor: Obara Hiromichi
P-26 Intelligent Medical Corporation Tensho Usui Tochigi Prefectural Moka High School
P-27 Gathering algae friends through empathy and connecting them to medical care! Hinami Kawamoto Tokyo University of Pharmacy and Life Sciences
P-28 Analysis of changes in antibody production due to sleep deprivation Yuya Enbara Keio University
P-29 The memory and learning abilities of honeybees develop through inter-individual communication. Takuma Kawaguchi Yasuda Gakuen High School
P-30 Living chains formed by honey bees Tsubasa Yoshimura Yasuda Gakuen High School
P-31 Development of Novel Endodontic Agents Using Pulp Regeneration Inducing Factors Yuki Hayashi Aichi Gakuin University
P-32 Catfish aquaculture using microbubbles Takushi Ikeda Urawa Jitsugyo Gakuen Junior & Senior High School
P-33 Kawamozuku culture Tetsuya Yutani Urawa Jitsugyo Gakuen Junior & Senior High School
P-34 Development of Extension Technology for Rural Lao Breeding of the Yellow-bellied Weevil for Improved Nutrition Shinjiro Saeki The Society for the Scientific Study of Edible Insects, NPO
P-35 Analysis of the behavior of antigen-specific host immune responses induced by fasting Kensuke Sato Keio University Graduate School
P-36 Development of targeted intestinal bacteria isolation method using intestinal bacteria-specific antibodies Hikaru Inoue Keio University Graduate School
P-37 Excessive saturated fatty acid feeding and intestinal immune response Takuma Okawa Keio University
P-38 Taste Cell Production from iPS Cells - Aiming at Visualization of Taste and Treatment of Taste Disorder Fumihiko Kawamura Kansai Medical University
P-39 Controlling the Aroma of Sake and Shochu by Supported Gold Nanoparticles Makoto Tokunaga Kyushu University
P-40 Material that physically kills and antibacteriates microorganisms using resin nano-spikes Natsuki Ogawa Nano for Living
P-41 Proposed social services based on maintaining the self-efficacy of the elderly. Yuki Mitani Ricoh Company, Ltd.
P-42 Can accidents be avoided through "visualization of danger? Keita Koseki Yasu Gakuen University
P-43 Running with distant rivals and friends! -- Augmented Reality Running Assistance System -- Shinsuke Nakajima Kyoto Sangyo University
P-44 Psychological care using robotic therapy Naoki Sonoda Momoyama Gakuin Junior High School
P-45 Environmental control system for cultivating moss using a water tank in cold weather. Yukari Fukui Japan Moss Factory, Inc.
P-46 Flatfish production plant Kanade Matsumoto Urawa Jitsugyo Gakuen Junior & Senior High School
P-47 Study of edge-preserving denoising low-pass filters Yudai Yamaguchi 1, Ichiro Yoshida 2, Yuki Kondo 3 1 Hosei University Graduate School, 2 ,3 Hosei University
P-48 A Study of Quantitative Measurement Method Using Paint Film Thickness Difference for Measuring Wear on the Internal Surface of Tapered Spindle Bore of Machine Tool Spindles *Haru Nakatani1 , Yuki Kondo2,4 , Ichiro Yoshida3,4,5,6 1. Hosei University Graduate School, 2,3. Hosei University, 4. Chukyo University, 5. Sophia University, 6. University of Tokyo
P-49 Development of measurement and evaluation methods appropriate for production technology of machined surfaces by low-frequency vibration cutting *Rin Hayashi1 , Yuki Kondo2, 3, Ichiro Yoshida2, 3, 4, 5 1. Department of Mechanical Engineering, Graduate School of Science and Engineering, Hosei University, 2. Department of Mechanical Engineering, Faculty of Science and Engineering, Hosei University, 3. Artificial Intelligence Laboratory, Chukyo University, 4. Faculty of Science and Engineering, Sophia University, 5.
P-50 Development of Evaluation Method and Equipment for Residual Stress Inside Resin by Terahertz Polarization Measurement *Yamato Machida1 , Rio Takahashi2 , Ichiro Yoshida3,4,5,6 , Fuminobu Kimura6 , Yusuke Kajiwara6 , Shingo Saito7 , Norihiko Sekine7 1,2. Hosei University Graduate School, 3. Hosei University, 4. Chukyo University, 5. Sophia University, 6. University of Tokyo, 7. National Institute of Information and Communications Technology
P-51 Research on evaluation methods in accordance with JIS B 0671-3 for surfaces to improve sliding properties of industrial products Ryo Sakakibara 1, Ichiro Yoshida 2, Sho Nagai 3, Yuki Kondo 4 1 Hosei University Graduate School, 2,3,4 Hosei University
P-52 Technology to enhance adhesion of carbon fiber reinforced resin CFRP / CFRTP Kanazawa, et al. (Canalabo Corporation/ Yamagata University
P-53 Shoemaking that is kind to the earth Nanako Muramatsu Chukyo University
P-54 Paracycle, a bicycle that can be pedaled with asymmetrical force Yuko Akabane Jichi Medical University
P-55 Verification of Tsunami Generation by Submarine Landslide -A Case Study of the 1771 Yaeyama Earthquake-. Tsuneo Okaku National Research Institute for Earth Science and Disaster Prevention
P-56 Examine litigation cases of Japanese companies in China Koji Takahashi Rikkyo University
P-57 Making Science Personal Tomomi Sakairi Tokyo Medical and Dental University
P-58 A Survey of Undergraduates' Laboratory Selection as a First Step in Their Research Career Tomoya Nishimura Leave a Nest Co., Ltd.
P-59 Do you know about hot springs covered in oil? 〜Hot spring therapy for atopic dermatitis Aimi Ishii Keio University
P-60 Development and demonstration of a robot system specialized for replacing simple tasks Shota Higuchi Closer / University of Tsukuba
P-61 Development of super water-repellent material inspired by harisenbons Masanobu Naito National Institute for Materials Science
P-62 Eating Robots Hiroshi Mochiyama University of Tsukuba
P-63 Creating Positive Impacts (Increased Revenue, Low Input, Food Value Chain) in Developing Countries through the Introduction of Japanese Precision Agriculture Systems: Rice Cultivation as an Example Satoshi Ogawa Japan International Research Center for Agricultural Sciences (JIRCAS)
P-64 New Beef Production System Utilizing Metabolic Programming and National Land Takafumi Goto Faculty of Agriculture, Kagoshima University
PN-01 Development of a plant-based communication robot Ichirota Kataoka NEST LAB Master Course
PN-02 NEST Master Course Development of Rough Terrain Robots Learning from Living Things Kouhei Ishigami NEST LAB Master Course
PN-03 Let's remove dyes from rivers, ponds, etc. with materials of natural origin! Tsuyoshi Seibata NEST LAB Master Course
PN-04 Create a spoilage-free culture medium for meat culture with familiar foods. Keisuke Igarashi NEST LAB Master Course
PN-05 Nature's solution to bad foot odor Koyu Kato NEST LAB Doctor Course
PN-06 Environmentally friendly flocculant research Ryuka Kato Hiratsuka Kanda Junior High School / NEST LAB Doctor Course
PN-07 Microbial energy powers smart speakers to listen to music Shunsuke Matsumura NEST LAB Doctor Course
PN-08 Research for riverine microplastic collection Hanazuzu Kanno NEST LAB Doctor Course
PN-09 Easy to grow! You will want to grow them! Glowing Plant Development Miharu Moroi Hosen Gakuen Science and Mathematics Intermediate/NEST LAB Doctor Course
PN-10 Safe crayons made from algae Rintaro Muto Takehaya Junior High School Attached to Tokyo Gakugei University / NEST LAB Doctor Course
Online Poster Presentation
Poster No. Title. identity belong to
PO-01 Development of an EEG switch-based cognitive function evaluation system and its application to brain training Mayuko Takehara National Institute of Advanced Industrial Science and Technology (AIST)
PO-02 Attempts to Use Big Data to Improve the Quality of Care in Nursing Homes Mitsuma Sato Graduate School of Utsunomiya University
PO-03 Realization of a "virtual share house" that can become a family with anyone. Yu Kida Ricoh Company, Ltd.
PO-04 Decreased sulfur metabolites may contribute to liver damage during space stays Ryo Kurosawa Euglena Co.
PO-05 Effects of solar activity on cloud cover as seen through cosmic rays Taro Kurashima Yamagata Higashi High School
PO-06 Mechanism of dangling water balls on the top surface of oil layer Yuhei Natsume Chiba University
PO-07 Evaluation of Immunostimulatory Effects of Euglena-derived Substances Using Human iPS Cell-derived Myeloid Lineage Cells (Mylc Cells) Ayaka Nakajima Euglena Co.
PO-08 Data integration and AI model building for cell morphology big data construction Yuto Takemoto Nagoya University Graduate School
PO-09 Construction of evaluation system for cell adhesion material surface by introducing experimental automation Ayato Sugiyama Nagoya University
PO-10 Development of AI-enhanced cell quality technology using artificial data for the industrialization of cell manufacturing Kazue Kimura Nagoya University
PO-11 Self-assembling molecular glues for cell surface modification without genetic engineering Hayatani Hayashiyo Institute for Chemical Research, Graduate School of Medicine, Kyoto University
PO-12 Genetic analysis of growth-related factors in Mus minutoides Junjin Matsuya Yamaguchi University Graduate School
PO-13 Development of an assistance support App centered on the response of children with disabilities, their parents, and caregivers. Shuhiro Watanabe International University of Health and Welfare
PO-14 Development of an assistance support App centered on operant behavior of children with disabilities, their parents, and caregivers. Tomofumi Obata NPO Daichi
PO-15 Possibility of Ubiquitous Rehabilitation Support Based on Behavior Analysis Theory and Technology - Toward Industry-Academia Collaboration Connecting Parents, Rehabilitation Providers, and Behavior Analysts Fukuko Nishikiori (Hasegawa) Ibaraki University
PO-16 Utilization of Microalgae Euglena in Agriculture Kohei Aso Euglena Co.
PO-17 Empirical understanding of those who suffer from "want to stop but can't stop" sexual behavior: Toward overcoming sexual taboos. Tomohisa Okabe Hyogo University of Education Graduate School
PO-18 Construction and application of a classical music database for sensitivity evaluation research Yasutoyo Yamamoto National Institute of Advanced Industrial Science and Technology (AIST)
PO-19 Search for plant hormones that contribute to self-fruiting ability of apple. Sungo Otagaki Graduate School of Bioagricultural Sciences, Nagoya University
PO-20 We want to revive the 100 best terraced rice paddies! Shimane Yume-Komugi® Cultivation Project, a low-allergen wheat from Shimane, Japan Kunie Kono medical faculty
PO-21 Next-generation research promotion by Nagoya University ITbM Research Promotion Division (RPD) Ayato Sato Nagoya University
PO-22 Development of a web application for analyzing research activities of Japanese universities: a joint development project across institutions Takuya Kubo Shinshu University
PO-23 Creating a foundation for middle and high school students to become "understandable and communicative" researchers. Masahune Onishi Osaka University
PO-24 Business related to fine chemical recycling of rare metals Hirochika Naganawa Japan Atomic Energy Agency
PO-25 Development of Vibration Power Generation Elements Based on Liquid Electrets that Can Stretch, Shrink, and Bend Freely Hisashi Nakanishi National Institute for Materials Science
PO-26. Development of neuroprotective therapy using redox nanoparticles for cerebral infarction Aiki Marushima University of Tsukuba
PO-27 Highly Efficient Modular 3D Printed Hydroponic Media From Recycled Plastic ame arakaki Ecoponics, LLC.
Booth announcement
Booth No. identity belong to
B-01 Yasuhiko Nomura Nariko Seimitsu Corporation (Ritsumeikan University)
B-02 Yohei Kumagai tayo Corporation
B-03 Shunya Nagasobe Gifu University Graduate School
B-04 Hiroaki Honda Uniflows Corporation
B-05 Kei Moriyama Wisley Corporation
B-06 Tsuyokazu Oka AizuBT Corporation (and University of Aizu)
B-07 Yoshitaka Okabe Nikken Materials Co.
B-08 Makoto Kono Kawano Labs Co.
B-09 Dawn Tanisho Aerology Lab Inc.
B-10 Tatsuya Takada Patent Office
B-11 Yoshimitsu Sonoyama Agri-Light Research Institute, Inc.
B-12 Nobutaka Abe McClure Corporation
B-13 Shunsuke Tsuboi Sagri Corporation
B-14 Shinya Araiso Latera Corporation
B-15 Kazuhiro Nishioka Kisvin Science Corporation
B-16 Takashi Kanbayashi Eco-Pork Co.
B-17 Nanako Katsunishi INOCA Corporation
B-18 Masayuki Tanabe Kumamoto University
B-19 Kengo Suzuki Euglena Co.
B-20 Masami Otsuka Science Farm Corporation
B-21 Tatsuo Ito Kawasaki Medical School
B-22 50 lives total Eve Care Co.
B-23 Tomoji Nakamura UMINO Co.
B-24 Hiromichi Obara Tokyo Metropolitan University
B-25 Yasuhiro Iida Kanagawa Institute of Technology
B-26 Rikiya Fukuda Toy Medical
B-27 Mikio Atobe Meat Epoch Co.
B-28 Kaede Nishimoto BugMo Inc.
B-29 Tatsunori Hirotsu Saidin Corporation
B-30 Kanazawa, et al. (Canalabo Corporation/ Yamagata University
B-31 Ido Gao Japan Moss Factory, Inc.
B-32 Ryoji Ezoe Individual (Shinpuken Techno)
B-33 Rina Sakai Furmen Station Co.
B-34 Teru Miyazaki Restoration Vision Inc.
BD-01 Toyoki Sasakura AquaFusion Corporation
BD-02 Yosuke Matsuno Lighthouse Co.
BD-03 Satoshi Toma Magna Design Net, Inc.
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