The 9th Hyper Interdisciplinary Conference

Conference Theme
A New Era of Knowledge Manufacturing
Day & Time
April 23, 2020 (Thursday) 9:00-19:00
Place
Held online

The 9th Annual Meeting of the Association of Hyperdifferent Fields has ended with a great success.

Thank you to our partners, speakers, presenters, and audience participants.

The main conference of the Society for Hyperdisciplinary Research continues to run as a place where new knowledge that cannot be found anywhere else is constantly being created. The 9th Annual Conference will have up to 40 slots for sessions. We are able to manufacture knowledge that no one else in the world has done yet because we bring together diverse people with different knowledge, such as healthcare, brain science, IoT, data science, materials, energy, organizational development, and local ecosystems, and fuse their knowledge with each other.
This is the essence of a hyperdisciplinary conference, where individuals with a passion for solving global-scale problems can take the first step toward social implementation.

Please join us here and let's start a new project together.

<To whom it may concern
Academia, ventures, large companies, SMEs, local governments, secondary and high school students, etc.

<Project Keywords.
Energy, Life Science, Architecture, Chemistry, Mobility, Robotics, Data Science, Materials, Computer Science, Agri, Electronics, Food, Psychology etc.

<Registration
Audience participation deadline: last minute registration possible

<For Poster Presenters and Booth Presenters
Due to the change to an online format, poster and booth presentations will be changed to a 3-minute pitch format (session name: Technology Splash).

<Participation fee for auditing
Due to the change to an online conference, there will be no auditing fee.

Thursday, April 23, 2020 9:00 - 19:00

9:00-9:50

  • online

Opening Talk (Opening Ceremony)


Group CEO and Representative Director, LIVERNESS Co.
Yukihiro Maru
D. in Applied Biotechnology from the Graduate School of Agricultural and Life Sciences at the University of Tokyo. 2002, while still a graduate student, he founded LIBANES with only undergraduate and graduate students in science and engineering. In 2002, while still in graduate school, he founded LIVERNESS, a business that offers "delivery laboratory classes in cutting-edge science" for the first time in Japan. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. As the instigator of one of Asia's largest venture ecosystems, he works to solve global-scale social issues by discovering deep tech from around the world. He is also an innovator involved in the launch of numerous deep tech ventures, including Euglena.


Director, Knowledge Foundation Research Center, Liverness, Inc.
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.


Founding Development Division, Osaka Head Office, Liverness Co.
Machika Hamaguchi
D., Osaka University, 2019. D. (Science). He joined LIVERNESS in the same year, aiming to create a mechanism to accelerate research and business in the bio-medical field, where hurdles such as regulatory approval are high. He is also involved in the development of incubation facilities that can be used as wet laboratories.

10:00-10:50

  • online

The forefront of GovTech (government x technology) to solve deep issues
Session Partner: Drone Fund

GovTech (Government x Technology), which uses new technology to solve long-standing problems faced by governments and municipalities, has begun to attract attention in recent years. In Japan, disaster prevention is an area where GovTech is needed, as seen most recently in the devastation caused by typhoons and other natural disasters in the Kansai region in 2018 and in the Kanto region in 2019. In addition, there are many issues that need to be solved on a national level, such as education, food/agriculture, and health/healthcare.
In this session, we will discuss how government and private companies should promote GovTech by making full use of "DeepTech" technology to solve the deep global issues that humanity is facing. Key persons from the Ministry of Economy, Trade and Industry and the Cabinet Office will join Drone Fund, a VC firm specializing in drone and air mobility, to discuss the forefront of GovTech and how government and private companies should promote GovTech.

More Information

<Speakers

Strategic Export Negotiator, Trade and Economic Cooperation Bureau, Ministry of Economy, Trade and Industry
Nobuyuki 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.

Director for Innovation Creation Environment, Cabinet Office, Government of Japan
Mr. Yoshiaki Ishii
From 2018, he was seconded to the Cabinet Office to work on the formation of innovation ecosystem and promotion of open innovation. In 2018, he was seconded to the Cabinet Office, where he is in charge of promoting the formation of innovation ecosystems and open innovation. He is currently promoting a project in the Open Innovation Challenge of the Cabinet Office, which seeks solutions to policy needs of government ministries and agencies and local governments from startups and coalitions of startups and large companies. D. (Commerce), Graduate School of Commerce, Waseda University

Co-founder/Representative Partner, Drone Fund
Mr. Soki Omae
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. Professor at Business Breakthrough University/Graduate School (specializing in digital marketing)


Group CEO and Representative Director, LIVERNESS Co.
Yukihiro Maru
D. in Applied Biotechnology from the Graduate School of Agricultural and Life Sciences at the University of Tokyo. 2002, while still a graduate student, he founded LIBANES with only undergraduate and graduate students in science and engineering. In 2002, while still in graduate school, he founded LIVERNESS, a business that offers "delivery laboratory classes in cutting-edge science" for the first time in Japan. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. As the instigator of one of Asia's largest venture ecosystems, he works to solve global-scale social issues by discovering deep tech from around the world. He is also an innovator involved in the launch of numerous deep tech ventures, including Euglena.

 

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Director, Investment Development Research Center, Riverness, Inc.
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 held positions at the Institute of Industrial Science, University of Tokyo (Specially Appointed Researcher) and the Japan Science and Technology Agency (ACCEL Program Manager). He was appointed as the Director of the Research Center for Investment and Development of LIBERNESS Corporation, where he currently serves as the Director. He has a proven track record of supporting the commercialization of research results by researchers and providing hands-on investment and training to pre-startup teams and venture companies immediately after their establishment. Proactively involved as an advisor and director of various companies.

 

11:00-11:50

  • online

Solving the "Marine Litter Problem" with a super interdisciplinary team
Session Partners: The Nippon Foundation, Japan Advanced Institute for Research and Development of Human Resources for Science and Technology Education (JASTO)

The time has come when solving social issues can be the seed of a new business. Project Ikkaku," launched by the Nippon Foundation, JASTO, and LIVANES, focuses on the issue of marine litter, which has been attracting increasing attention in recent years, and aims to create "businesses that contribute to the reduction of marine litter. This is an activity to create business opportunities driven by solving social issues, and it aims to grow based on the empathy of people with various attributes, such as researchers, businesspersons, and designers. In this session, we will discuss with the leaders of the teams that have started their activities under the project, how to tackle the solutions to issues that are not easy to solve, and where the breakthroughs in both technology and business can be made.

More Information

<Speakers

Representative Director, Ten no Gijutsu Co.
Yutaka Kudo
After graduating from Tokyo Institute of Technology with a degree in electrical and electronic engineering, he worked for a major telecommunications company, mainly in research on image recognition and teleoperation robots, and in the development of access networks. After working for a semiconductor equipment manufacturer and a space startup, he started StrayCats'Lab, Inc. (later renamed Ten no Gijutsu, Inc.), a space equipment development company. He was the representative organization of CCSD in Project Ikkaku, and promoted the construction of a satellite/drone-based litter drift diagnostic system.


President and CEO, Sustainable Energy Development Corporation
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 Prefecture Water Supply and Sewage Facility Management Co. He also established a scheme (NEDO-commissioned project) with Shinjo City in Yamagata Prefecture and Nippon Paper Industries Co., 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 the representative body of Team SBC and promoted the development of an autonomous decentralized waste treatment system.


Representative of G.L.E. LLC
Yukino Goya
In 2016, the company launched the "Coral Friendly Sunscreen" project to promote coral-friendly sustainable tourism, and began selling the product in 2017. Since then, the company has begun selling the product in Thailand and the Republic of Palau, expanding sustainable "tourism x environmental action" throughout Asia. Project Ikkaku serves as the representative body of Material Circulator and promotes the development of products that "leave a lasting impression on people" using marine plastic waste as recycled raw material.


Representative Director and CEO, Mylops, Inc.
Toshihiko Orisaka
Graduated from Chuo University, Faculty of Science and Engineering. After working for an electronics manufacturer and a web production company, became CEO and Representative Director of Mylops, Inc. His design activities utilize his experience as a designer and engineer, and recently he has been focusing on design needed in startups. At Project Ikkaku, he is in charge of branding design, production, and direction, focusing on websites as Mylops. He is currently enrolled in a master's program at Musashino Art University.

 

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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.

12:00-12:50

  • online

Pitches by researchers and venture companies in very different fields
technology splash

The word "splash" means "to splash, to splash, or to fall with a zap. In this program, researchers and venture capitalists who are presenters will share the most passionate aspects of their research and business with the participants, transcending the boundaries of their fields and affiliations. Participants, on the other hand, will be plunged into the world of different fields while being exposed to the knowledge and enthusiasm of the researchers who will appear one after another. In a series of short presentations in very different fields, the enthusiasm of the presenters and the enthusiasm of the participants collide, and new research ideas and friends are born as if by splashing. That is what Technology Splash is all about.

"More Information"


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General Manager, Strategic Development Division, Riverness, Inc.
Sosei Saito

Completed the Graduate School of Pharmaceutical Sciences at Keio University. In his first year at LIVERNESS, he was involved in a basic survey on the actual situation of town factories in Sumida Ward, Sumida City, Japan, for the revitalization of industrial vitality. Later, he was involved in the launch of "TECH PLANTER," a project to discover and nurture R&D-oriented ventures that utilize a diverse range of research fields and a network of local factories. Currently, he not only gathers the knowledge of universities, research institutes, and small factories through the discovery and fostering of TECH PLANTER, but also fosters human resources who can create innovation by utilizing these networks, supports new business creation and R&D of large companies, and searches for seeds of new businesses.

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Poster and Booth Presentations (Pitches)for more information.

 


13:00-13:50

  • online

TECH INSTALL Project
〜A new way for startups to take full advantage of large companies.

The word INSTALL comes from the Latin, in stare, meaning "to stand in. When a researcher who loves the technology he or she has developed as if it were his or her own child entrusts it to a venture company, the technology stands on its own in the venture company and turns into a business. This project is named after such a future. TECH INSTALL" is a project to accelerate startups by implementing technologies of large companies into society with the thoughts of the researchers who developed the technologies. We believe that it is good for startups to make the most of large companies. That is what we believe.
The main actors in this year's event are three researchers from Takenaka Corporation's Technical Research Institute, the technology they have developed, and three startup companies that have been inspired by the technology to devise new ideas for using the technology. On the day of the event, the researchers and the start-up teams will present the technologies they have developed and the new applications they have devised based on those technologies. The session will be an interactive session where the audience can add their own ideas to the presentations.
What will happen when we "INSTALL" Takenaka Corporation's "TECH" to a start-up? Stay tuned!

More Information

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Executive Officer and Senior Research Fellow, Takenaka Corporation
Masahiko Higashino (Mr. Masahiko HIGASHINO
Born in 1957, he joined Takenaka Corporation in 1982, specializing in research and development of building structures, especially seismic isolation and vibration control structures. From 1990 to 1992, he conducted joint research on active control with the State University of New York, U.S.A. From 1993 to 1995, he was a visiting scholar at the University of California, Berkeley, U.S.A. From 2004 to 2008, he worked in the Technology Planning Department, where he promoted the Technology Research Institute and company-wide technology and research planning. From 2004 to 2008, he worked in the Technology Planning Department, where he promoted technology and research planning for the Technical Research Institute and the entire company; from 2017 to February 2020, he served as Executive Officer and Director of the Technical Research Institute; from March 2020, he will serve as Executive Officer and Senior Research Fellow; from 2011 to 2012, he will serve as Executive Officer and Senior Research Fellow.

Representative Director, President and COO, Liverness, Inc.
Shuichiro Takahashi
D. (Life Sciences), Graduate School of Frontier Sciences, The University of Tokyo. He has been involved in RIVANESS since its establishment. After completing his graduate studies, he continued his research activities as a faculty member at the University of Tokyo, while at the same time he established a research institute at RIVANESS and built the foundation of its research and development business. He devised the business model of "Liberness Research Grant," a unique research grant, and "L-RAD," a database of unutilized research ideas, and has initiated many open innovation projects involving industry, academia, and education.

 

<Technical Introduction
Fe-Mn-Si alloys" with approximately 10 times the metallic fatigue endurance of steel
Yasuhiko Inoue(Advanced Materials Group, Construction Materials Department, Technical Research Institute, Takenaka Corporation)

Fe-Mn-Si alloys (commonly known as FMS alloys) are developed alloys with about 10 times higher metallic fatigue endurance than conventional steel. In the construction field, we have developed and commercialized steel-based control dambers with dramatically improved fatigue resistance by utilizing FMS alloy for energy-absorbing members during earthquakes. We expect to develop a wide range of alloy applications in many industrial fields.
This patent (No. 618275) is a joint patent by the National Institute for Materials Science, Takenaka Corporation, and Awaji Materia Co.


Wide-band vibration power generation" that converts various shakes of people, machines, cars, trains, buildings, etc. into power sources

Ryuta Inoue(Electromagnetic and Vibration Environment Group, Building Environment Department, Technical Research Institute, Takenaka Corporation)

This technology converts vibration energy into electric power to supply power to IoT sensors and other devices without the use of wiring or batteries. Conventional vibration power generation can only generate power from a single frequency (period) of vibration, although the vibrations in our daily lives oscillate in different ways at different locations. The patented technology introduced here is capable of converting a wide range of vibrations into electric power, and has already been tested in a variety of facilities and equipment. We hope to utilize and deploy this technology in a wide range of fields and applications in the future.


One Team" mathematical model for aggregating multi-factor information and understanding overall activity

Yuushi Takai(Intelligent Information Group, Advanced Technology Department, Technical Research Institute, Takenaka Corporation)

We have devised a mechanism to represent a complex whole composed of diverse elements as a combination of models derived from each element. We have demonstrated this system by analyzing activities in buildings for energy conservation and by estimating stress conditions based on people's life patterns, and we are planning to apply this system to further real-world problems.

10:00-11:00

  • Session Room A

keynote speech

やわらか4Dプリンティング “YAWARAKA 4D Printing”
山形大学 工学部機械システム工学科 教授 古川 英光 氏

量子アニーリングとその産業応用に向けて
東北大学情報科学研究科 応用情報科学専攻 准教授 大関 真之 氏

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『やわらか4Dプリンティング “YAWARAKA 4D Printing”』
やわらかい材料の3D プリンティングの研究開発が進み、高強度ゲルや食品などが自由造形できるようになってきた。2001 年~ 2003 年に発表された日本発の3 つの高強度ゲルはタフなソフトマターの基礎研究ブームを引き起こしたが、20 年近く経ってロボットや臓器モデルへの応用研究や社会実装にフェーズが移り始めている。材料のやわらかさのリアルなデジタルコントロールが可能になり、今までと違う使い方をすることでソフトマター研究の裾野は広がっていくだろう。この先に予想されるのは、やわらかさの本質は4D という概念で明らかにされるという展開だ。おそらく、未来の機械はやわらかさを持っていることで、自立して動く機能が身体の中にからくりとして入ったり、やわらかな身体性による情報処理が可能になったりするだろう。


Professor, Department of Mechanical Systems Engineering, Faculty of Engineering, Yamagata University
Mr. Hidemitsu Furukawa
山形大学ソフト&ウェットマター工学研究室(SWEL )の研究室代表。2009 年の山形大学異動後に3D ゲルプリンターの開発を始めたところ、3D プリンターブームが来て注目を集めるようになる。2018 年4 月に、やわらか3D 共創コンソーシアムを設立、会長に就任するなど、技術の社会実装にも力を入れる。高分子ゲルの3D デジタルファブリケーションを強化する研究、3D プリンターを教育に活かす研究、先端技術を社会実装する研究で、新価値創造を地方からグローバルに展開している。


『量子アニーリングとその産業応用に向けて』
量子アニーリングという技術をご存知だろうか。量子揺らぎという特殊な動作原理を利用して、最適化問題を解くという方法だ。我々はこれまでに多くの企業と実用的な応用例の積み上げを実施してきた。本講演では、無人搬送車の効率的な運用や津波などの甚大な影響のある災害からの避難、バスの運行スケジュールの最適化に及ぶ産業的な応用例を紹介する。バスのスケジュール最適化は八戸高校の生徒さんたちとの共同研究による。言いたいことは、量子アニーリングは誰にでも使えるのですよ、ということだThe following is a list of the most common problems with the


Associate Professor, Department of Applied Information Science, Graduate School of Information Science and Technology, Tohoku University

大関 真之(おおぜき まさゆき) 氏
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.

13:00-14:00

  • Session Room A

keynote speech

Phase Separation Biology
筑波大学数理物質系 教授 白木 賢太郎 氏

More Information

『相分離生物学』
Phase-separation biology is a new field of study that seeks to understand biological phenomena in a unified manner by considering the functional units of proteins as aggregates rather than molecules. Since proteins, RNA, and other biomolecules tend to aggregate in the first place, it is rather more natural to think of them as functioning in a dispersed manner. Aggregates are sometimes referred to as droplets formed by liquid-liquid phase separation. Over the past few years, it has become clear that droplets are involved in a variety of life phenomena, including DNA repair, gene transcription, translation into proteins, regulation of signal transduction, innate immune responses, compartmentalization of functions, substrate storage, responses to external stresses, maturation into amyloid, photosynthesis, etc. The doroplets are now known to be involved in a variety of life phenomena. In this talk, I will give a brief overview of phase separation biology and an interesting way to look at the science.


Professor, Department of Pure and Applied Sciences, University of Tsukuba
Kentaro Shiraki

1994 Graduated with a degree in Biology, Faculty of Science, Osaka University
1999 Completed Doctoral program in Biological Sciences, Graduate School of Science, Osaka University. Doctor of Science
1999 Postdoctoral Fellow, Japan Science and Technology Corporation
2001 Research Assistant, School of Materials Science, Japan Advanced Institute of Science and Technology
2004 Associate Professor, Department of Physics and Engineering, University of Tsukuba
2007 Associate Professor, Department of Pure and Applied Sciences, University of Tsukuba
2016 Professor, Department of Mathematics and Materials Science, University of Tsukuba, to present Specialty is solution science of proteins.
Recent publications include "Phase Separation Biology" (Tokyo Kagaku Doujin)

14:00-14:50

  • online

The intestinal environment can be designed
Session Partner: Kyowa Hakko Bio Co.

Comprehensive analysis of the intestinal environment has successively revealed the relationship between humans and their intestinal flora. In order to utilize this knowledge for health maintenance and disease prevention, it is important to promote behavioral changes to achieve these goals and to design the intestinal environment appropriately. In this session, researchers involved in intestinal environment, food nutrition, and medicine related to lifestyle-related diseases will gather to discuss how we can design the intestinal environment through diet and lifestyle.

"More Information"

<Speakers


President and CEO, Metagen, Inc.
Project Professor, Institute for Advanced Biosciences, Keio University
Shinji Fukuda)he
In addition to his current position, he has been a visiting professor at the University of Tsukuba's School of Medicine and Medical Sciences since 2016, a group leader at the Kanagawa Prefectural Institute of Industrial Technology since 2017, a visiting professor at Universiti Teknologi Malaysia since 2019, and a deputy research director at JST ERATO. 2013 Young Scientist Award from the Minister of Education, Culture, Sports, Science and Technology; 2015 Science and Technology In 2015, he was selected for "Outstanding Contribution to Science and Technology 2015" by the National Institute of Science and Technology Policy, Ministry of Education, Culture, Sports, Science and Technology (MEXT). In the same year, he won the top prize at the 1st Bioscience Grand Prix for his business plan "Healthy Society Created from Stool" and founded Metagen Inc. He became President and CEO. He is the author of "Understanding More! Intestinal Microflora" (Yodosha).

 


Project Professor, Department of Applied Biosciences, Graduate School of Agricultural and Life Sciences, The University of Tokyo
Hisanori Kato
D. from the University of Tokyo, worked as an assistant at the University of Tokyo, a researcher at NIH, and an assistant professor at Utsunomiya University before assuming his current position. He specializes in molecular nutrition. He combines various comprehensive analyses of genomes, proteomes, metabolomes, and microbiomes to explore new functions of foods. He is the Vice President of the Japanese Society of Nutrition and Food Science, the Organizing Committee Chairman of the 22nd International Congress on Nutrition to be held at the Tokyo International Forum in 2021, and an Affiliate Member of the Science Council of Japan. He is a curry lover.

 


Professor, Department of Cardiovascular and Hypertension Medicine, Kagoshima University
Mitsuru Oishi
Graduated from Osaka University School of Medicine in 1990, and worked in cardiovascular emergency and cardiac catheterization since 1991. 1995 returned to the 4th Department of Internal Medicine, Osaka University, and then to the Department of Pathology, Osaka City University to conduct research on atherosclerosis. 1997 to 2 years of study at the Howard Florey Research Institute, Australia. After working as a lecturer at the Department of Geriatrics and Nephrology, Osaka University, he became a professor at the Department of Cardiovascular and Hypertension Medicine, Kagoshima University in 2013, where he has also served as deputy hospital director since 2015. He is conducting three cohort studies and 30-year health checkup data analysis for 1 million people in Kagoshima in collaboration with industry and academia.

 

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Representative Director, Vice President CTO, Liverness, Inc.
Jyo Inoue
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 an assistant professor at the Graduate School of Medicine, Kyoto University before being appointed as a specially-appointed associate professor at the Institute for Advanced Biosciences, Keio University in 2015. 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.

16:00-17:00

  • Session Room A

[Special Session Part 1]
Corporate R&D changing with stimulus from young researchers

リバネス研究費は、自らの研究に情熱を傾ける若手研究者が、独創性を持って研究を遂行するための研究助成制度です。2009 年に開始したこの取り組みは、若手研究者の登竜門として拡大し続けています。採択者は281 人に達し( 2019 年12 月時点)、多くの過去採択者が産学で活躍しています。さらにこの取り組みは、実施企業に異分野と連携した新しいプロジェクトの立ち上げや社内の若手人材の活性化といったプラスの作用をもたらしています。双方が成長する場へと進化し続けているリバネス研究費について、企業側のキーマンに登壇してもらい、若手研究者から感じる可能性について議論します。

"More Information"

 

17:00-18:00

  • Session Room A

[Special Session Part2]
Liverness Research Funding Award 2020

2019 年1 月から12 月までにリバネス研究費に採択された若手研究者から6 名が、研究に対するビジョン、現在取り組んでいる研究の背景や意義、その研究が進展した先にどんな世界があるかについてプレゼンテーションを行います。会場からの投票によって、最も異分野融合に相応しいと認められた若手研究者に、リバネス研究費アワード2020 をお贈りします。
From what perspective do young researchers who are now taking up the challenge to give shape to their ideas look at the world? In this session, we aim to encourage participants in the audience to expand their ideas and create an opportunity to start new research together.

"More Information"

List of Presenters] (Titles omitted)

Ikeda Rika Regenerative Medicine Research Encouragement Award
How to Handle Natural Pluripotent Stem Cells Learning from Planaria
Makoto Kashima
Assistant Professor, Department of Chemistry and Bioscience, College of Science and Engineering, Aoyama Gakuin University
Duskin Development Institute Award
Relationship between lifestyle and sick building syndrome/allergy - Does frequency and quality of cleaning lead to disease prevention?
Norimichi Suzuki
Project Associate Professor, Chiba University Center for Preventive Medicine
Japanese Research.com Award
Large-scale acquisition of entity-relationship knowledge independent of a specific language
Kohji Matsuda
D. student, Graduate School of Information Science and Technology, Tohoku University
超異分野学会賞
料理人・パティシエの挑戦! ランダム化比較試験を用いた健康無関心層における 健康的な食選択継続と食品ロス低減のための多店舗介入研究
Sayuri Goryoda
辻料理学館/辻料理教育研究所/ 獨協医科大学医学部

 

15:00-15:50

  • online

Role of Regional Banks in Local Development
Session Partner: Nihon Unisys, Ltd.

While the crisis over the concentration of business in Tokyo is being discussed in various places, regional banks are playing a role in promoting regional development by taking root in their local communities and revitalizing their industries. As the Cabinet approved the "Long-term Vision for the Creation of Towns, People, and Jobs" and the second phase of the "Comprehensive Strategy for the Creation of Towns, People, and Jobs" in 2028, regional development is seen as an important factor that could influence the future trends of the Japanese economy. In this context, some regional banks are promoting a strategy of identifying and fostering the science and technology accumulated in academia as the nucleus for the creation of industries from local regions.
We will discuss the future of regional banks in regional development by inviting a person in charge of the regional tech planter promoted by RIVANES, who is active as an industry creation partner in discovering seeds, fostering venture companies, and promoting the participation of local companies in projects.

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Manager, Growth Support Promotion Group, Community Support Department, Kansai Mirai Bank, Ltd.

Mr. Tsuyoshi Uraguchi
Graduated from Ritsumeikan University's Faculty of Economics in 2009 and joined Biwako Bank, Ltd. After working at Yohkaichi Branch, Osaka Ekimae Branch, and Umeda Branch, he was transferred to the Monozukuri Promotion Division, Commerce, Industry, Tourism, and Labor Department of Shiga Prefecture in FY2016, where he was involved in the launch and operation of the "Shiga Tech Planter" and "Shiga Growth Industry Discovery and Development Consortium". In charge of industry-academia-government collaboration and business matching. Visiting coordinator for social cooperation at Shiga University.


Research Manager, Regional Business Development, Corporate Consulting Group, Solution Sales Department, The Chugoku Bank, Ltd.

Norikazu Takeda
After graduating from Kagawa University's Faculty of Economics in 1999, he joined The Chugoku Bank, Ltd. He was in charge of business restructuring at the sales branch and loan department, and in 2014, he was transferred to the Iwate Prefecture Industrial Restoration Consultation Center to assist in the recovery from the Great East Japan Earthquake. After returning to Iwate, he assumed his current position. He participated in the establishment of the Okayama Innovation Project, a program to support founders, and led the organization of the Okayama Tech Planter, and plans to hold the Science Castle Chugoku-Shikoku in Okayama in 2020. He aims to establish an ecosystem for fostering local industries, and to discover and nurture companies that will change the world from the local area.


General Manager, Regional Development Office, Regional Development Department, The Higo Bank, Ltd.

Mr. Shogo Takeshita
Born in Kumamoto, Japan, he joined Higo Bank's Udo Branch in April 1997, worked at Minami Hakata Branch in 2002, Minami Kumamoto Branch in 2004, and was transferred to Mizuho Corporate Bank on an advisory basis in 2008; returned to Higo Bank's Information Sales Department in 2009, Deputy Research Officer, Regional Development Office, Regional Development Department in 2015, and April 2019 Current position from April 2019.

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Executive Officer, Leave a Nest Co., Ltd.

Shuhei Tsukada
Ph.D. in Applied Biotechnology, Graduate School of Agricultural and Life Sciences, The University of Tokyo. Participated in the management of Leave a Nest Co., Ltd. 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.

10:00-11:00

  • Session Room B

Can the norm for humans become the norm for robots/AI?
~Past research and what we should work on in the future~.
Session Partner: Sigmaxis Inc.

デジタルテクノロジーの発達とリアルテックとの融合により、ロボット( AI 含む)が実生活に近い所で活躍する時代が近づいており、ヒトとロボットとの関係も新たなステージを迎えつつあります。他方、ヒトどうしの社会では当たり前であっても、ロボットでは認知できないことも多くあります。本セッションでは、関連分野の研究内容を紹介しつつ、①ロボットが人間社会で円滑に働く/ コミュニケーションするために必要なコモングラウンドの要素とはどのようなものか?、②それらをどのようなアプローチで築き上げていくべきか?について、当該分野において先進的な研究をされているサイエンティストや、生活を支援するロボットのサービス事業を展開している起業家をパネラーとして招いてディスカッションします。

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<Speakers


Professor, Graduate School of Informatics, Kyoto University
Mr. Toyoaki Nishida
1977 年京都大学工学部卒業。1979 同大学院修士課程修了、1993 年奈良先端科学技術大学院大学教授、1999 年東京大学大学院工学系研究科教授、2001 年東京大学大学院情報理工学系研究科教授を経て、2004 年4 月京都大学大学院情報学研究科教授、2019 年東京大学名誉教授、現在に至る。人工知能とインタラクションの研究に従事。会話情報学を提唱。総務省「AI ネットワーク社会推進会議」構成員、日本学術会議連携会員(2006 ~ )。情報処理学会フェロー。電子情報通信学会フェロー。

 



Project Professor, Center for Education and Research in Mathematical and Data Sciences, Osaka University
Mr. Wataru Takano
1999 年京都大学工学部物理工学科卒業。2001 年同大学大学院工学研究科精密工学専攻修士課程修了。同年三菱自動車工業株式会社入社。2006 年東京大学大学院情報理工学系研究科知能機械情報学専攻博士課程修了。2006 年同大学特任助教、2007 年同大学助教、2009 年同大学講師、2015 年同大学准教授、2017 大阪大学数理・データ科学教育研究センター特任教授、現在に至る。博士(情報理工学)。人間の運動計測と数理モデリング、ヒューマノイドロボットの運動計画と制御に関する研究に従事。

 

 


Representative Director and CEO, Mira Robotics K.K.
Ken Matsui
大学卒業後、様々な新規事業のスマホアプリ/Web システムを開発。2011 年に、IoT デバイス開発の株式会社ミラを創業し、様々なハードウェア製品を開発・量産する。 2018 年に、Mira Robotics 株式会社を設立。これからの社会に向けたロボティクス・サービスを開発している。青山学院大学理工学部物理学科卒業。大学在学中に仲間とともに有限会社「電脳隊」を設立。2000 年8 月、株式会社ピー・アイ・エムとヤフー株式会社の合併に伴いヤフー株式会社入社。2011年に一度退職した後、再び2012 年4 月からヤフーの執行役員兼CMO として、モバイル事業の企画戦略を担当。2017 年11 月に6 億1000 万人が利用するビジネス特化型ネットワークのリンクトイン( LinkedIn )の日本代表に就任。複数のスタートアップの戦略・技術顧問も務める。

 

 

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Director, IoT & Robotics Team, Digital Sherpa, Sigmaxis, Inc.
Mr. Shinya Kirihara
After graduating from Tokyo Institute of Technology, Faculty of Bioscience and Biotechnology, he worked for a foreign consulting firm before joining Sigmaxis in 2013. He has worked on a number of themes such as advanced digital technology utilization, new business development, and R&D innovation for the manufacturing industry, including industrial machinery and materials. He has lectured at numerous training programs for engineers and external seminars. In recent years, he has focused on efforts to realize "an exciting society where humans and robots coexist in harmony. He is also a member of the review committee and technical advisor for the New Energy and Industrial Technology Development Organization (NEDO) and the Strategic Innovation Program (SIP) of the Cabinet Office. He is the author (supervisor) of the book "New Manufacturing: The Frontline of 3D Printer Applications" (NTS Publishing).

14:00-15:00

  • Session Room B

Agritech Demonstration Research Real Conference -Venture Ventures x Large Corporations x Farmers, 1 year of collaboration, what will you do now? ~ "What will they do now?
Session Partner: Focus Systems, Inc.

ロボットやIoT の活用、データを用いた農業の実現に向け、近年、大企業からベンチャー、研究者により積極的に研究開発が進んでいます。水稲、露地野菜や果樹など幅広い分野で、実際の農業現場で実証開発を進める取り組みも増えてきました。本セッションでは、特にデータ活用に欠かせないセンシング技術に着目し、実際にこの一年、実証試験で連携を組んできた3 名とともに、次の一歩に向けたリアルな議論を公開します。

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<Speakers

President and Representative Director, Focus Systems, Inc.
Keiichi Mori
After graduating from the Faculty of Commerce at Keio University in 1989, he joined Deloitte Touche Tohmatsu & Co. After working at a tax accounting firm, he joined Focus Systems in 1998. He was appointed as Director in 2006 and Managing Director in 2009. In April 2011, he was appointed President and Representative Director.

 


President and Representative Director, Santo Farm Co.
Takayuki Sakota
After graduating from Kwansei Gakuin University, he took over his family's agrochemical dealership; in 2014, he founded the e-commerce business ePlus Inc. in 2014; in 2015, he established the agricultural business Santo Noen Inc. and in 2018 released "AgriShot," an artificial intelligence-based citrus pest diagnosis app.


Representative Director, Kisvin Science K.K.
Kazuhiro Nishioka
He developed a low-cost sap flow sensor that measures the flow rate of sap sucked up by plants from their roots, and founded a venture company at the University of Tokyo to promote its use in the agricultural scene. At the same time, he has served as an advisor to several agri-tech ventures. His love of wine led him to organize Team Kisvin, a viticulture research group, 14 years ago, while he was involved in winemaking in Yamanashi, Japan. This year, he will start winemaking in California, USA.

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Representative Director, President and COO, Liverness, Inc.
Shuichiro Takahashi
D. (Life Sciences), Graduate School of Frontier Sciences, The University of Tokyo. He has been involved in RIVANESS since its establishment. After completing his graduate studies, he continued his research activities as a faculty member at the University of Tokyo, while at the same time he established a research institute at RIVANESS and built the foundation of its research and development business. He devised the business model of "Liberness Research Grant," a unique research grant, and "L-RAD," a database of unutilized research ideas, and has initiated many open innovation projects involving industry, academia, and education.

17:00-18:00

  • Session Room B

Seeing the world through 4D thinking

In a world like Japan, where the economy has become a maturity issue, finding deep issues on a global scale that each individual wants to solve (deep issues) and solving them with a collection of technologies (deep tech) will lead to a sustainable society and the development of new businesses. However, different countries and cultures face different challenges and have different evolutionary timelines, so in looking at deep issues, "4D thinking," in which knowledge and research from different countries with their own unique vectors are viewed in terms of aspects, is important.
Since 2017, RIVERNESS has planned and implemented deep tech tours to discover unique challenges and foster 4D thinking through encounters with government agencies, university researchers, startups, and incubators in Southeast Asia, the United States, and Europe. In this session, we will invite panelists who have visited more than 4 countries with RIVANES to discuss how to collaborate with each country and the challenges they have found through their visits.

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<Speakers


Manager, Future Innovation Center, Mitsubishi Electric Corporation
Kenji Minefuji
Joined Mitsubishi Electric Corporation in 2011. He was engaged in research and development of optical communication technology at the Information Technology Research Institute. He was later in charge of R&D strategy formulation, resource allocation, and implementation support at the same institute. Currently in charge of promoting new business development and strengthening existing businesses through open innovation with venture companies.

他、調整中

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Group CEO and Representative Director, LIVERNESS Co.

Yukihiro Maru
D. in Applied Biotechnology from the Graduate School of Agricultural and Life Sciences at the University of Tokyo. 2002, while still a graduate student, he founded LIBANES with only undergraduate and graduate students in science and engineering. In 2002, while still in graduate school, he founded LIVERNESS, a business that offers "delivery laboratory classes in cutting-edge science" for the first time in Japan. He operates a "knowledge manufacturing business" that creates new knowledge by combining technologies and management resources that lie dormant in universities and local communities. As the instigator of one of Asia's largest venture ecosystems, he works to solve global-scale social issues by discovering deep tech from around the world. He is also an innovator involved in the launch of numerous deep tech ventures, including Euglena.

10:00-11:00

  • Session Room C

Taking on the challenge of a symbiotic manufacturing industry
セッションパートナー:株式会社アオキシンテック

町工場の大廃業時代といわれる2020年、このままでは「ものづくり」という概念が日本から消えてしまうのではないか。これまで人類は便利さを追求し、物事の効率を上げるために、製造業を中心とした大量生産・大量消費による経済成長を遂げてきました。
However, the era of competing on quantity is now over, and a sustainable industrial structure is required. What kind of industrial structure for manufacturing will the town factories that have played a central role in the production of major manufacturers in the age of mass production and mass consumption need to establish in Japan in the future?
Aoki Seisakusho, a leader in automotive parts processing in Tochigi Prefecture for 30 years, is taking on the challenge of a new symbiotic manufacturing industry by leveraging its strength in the sustainable business of machine repair, maintenance, and overhaul since its inception.

In this session, Yukihiro Maru, CEO of the Liverness Group, moderated the session with Keita Aoki, President of Aoki Seisakusho, who is seeking co-creation with local factories and start-ups, etc., while conducting high-quality manufacturing at his own factory.VAIOLtd. and Mitsunobu Yoshida, Representative Executive Officer and President of MISUMI Corporation, which aims for a digital revolution in parts procurement.
We will discuss where the manufacturing industry is going.

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<Speakers


株式会社アオキシンテック 代表取締役CEO
Mr. Keita Aoki

Aoki Seisakusho was established in 1995 as a parts processing manufacturer. The company's business focuses on the design, processing, and maintenance of manufacturing equipment and jigs for automobile, aircraft, and can makers. With the management philosophy of "taking on the challenge of a symbiotic manufacturing industry," the company has established a symbiotic network with various organizations such as partner factories, universities, ventures, and companies from different industries, aiming to create manufacturing that will change the world. Garage Tochigi" is operated as a member of the RIVERNESS SUPER FACTORY Group, which gives shape to the enthusiasm and ideas of venture businesses.

 


VAIO
Corporation  Chief Innovation OfficerCINOPartner and Representative Director, SUNDRED, Inc.
Mr. Masanobu Tome
Graduated from Waseda University, School of Political Science and Economics. Lenovo Japan Co,NECFormer President and Representative Director of Personal Computer Co. After serving as Chief Strategy Officer of Shiseido Co,2019counter for years (following a number in the hito-futa-mi counting system)7since AprilSUNDRED.As a representative of the Corporation, "100Launched the "New Industry Co-Creation Studio" with the aim of "co-creating individual new industries.2019counter for years (following a number in the hito-futa-mi counting system)8since AprilVAIOCorporationCINOHe was appointed to the

 

 


Representative Executive Officer, President of MISUMI Corporation 3D2M Entity
Mitsunobu Yoshida

"In 2008, he joined MISUMI Corporation. After working in domestic operations, China subsidiary, and new business development, he became the company's 3D2M corporate entity Representative Executive Officer and President of the corporate entity in 2018. He is leading the digital transformation of the parts procurement domain in the manufacturing industry by developing "meviy" (mevy), which has the No. 1 share in on-demand manufacturing services. Prior to joining MISUMI, he worked for a major Japanese telecommunications company and a major foreign software vendor, where he was involved in the launch and expansion of many new businesses utilizing digital technology since the dawn of the Internet.
meviy official site:. https://meviy.misumi-ec.com/
Twitter ID: @misumi_meviy".

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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 turned 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 technology and management resources that lie dormant in universities and local communities. As the instigator of one of Asia's largest venture ecosystems, he works to solve global-scale social issues by discovering deep tech from around the world. He is also an innovator involved in the launch of numerous deep tech ventures, including Euglena.

16:00-16:50

  • online

Can open patents of major companies be a seed for innovation?
Session Partner: Mitsubishi Electric Corporation

While many major companies are seeking open innovation moves from collaboration with venture companies, Mitsubishi Electric and LEVANES have focused on "their own open patents" and have worked to bring together various entities, including students, local factories, and venture companies, with their own researchers who created the patents. In the course of these activities, we have succeeded in adding new knowledge to open patents to find new ways to utilize them. Can this experimental method really become a method that can be used by other companies? Are there any ideas for developing this method into a better one?
In this session, Professor Shichitake of Tokyo University of Technology, who is involved in innovation research in academia and also researches R&D strategies of major companies, and Mr. Takata, who supports IP utilization by small and medium-sized companies and venture companies at the Japan Patent Office, will be invited to discuss innovation methods based on dormant patents of large companies. We will discuss about innovation methods on the theme of dormant patents of large companies.

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<Speakers


Manager, Exploring Group, Future Innovation Center, Mitsubishi Electric Corporation
Satoshi YamanakaMr.
He joined Mitsubishi Electric Corporation in 1998. Since 2015, he has been in his current position, promoting open innovation with venture companies. As a communicator, he focuses on strengthening existing businesses through matching with venture companies and creating business opportunities by utilizing intellectual property within companies.

 


Professor, Graduate School of Tokyo University of Technology
Mr. Naohiro Shichijo
D. in Engineering from the Graduate School of Engineering, The University of Tokyo. After serving as Associate Professor at the Interfaculty Initiative in Information Studies, the University of Tokyo, Associate Professor at the Institute for Advanced Study at Waseda University, and Senior Researcher at the National Institute of Science and Technology Policy, MEXT, he became a professor at the University of Tokyo in September 2016. He specializes in bibliometrics, innovation research, science and technology policy, and creative industries.

 


JPO Open Innovation Promotion Project Team
Mr. Tatsuya Takada
After joining the Japan Patent Office, he worked for the Ministry of Economy, Trade and Industry and the Ministry of Foreign Affairs before assuming his current position. He prepared the pamphlet "Four Points for Corporate Collaboration Using Intellectual Property", which explains contract risks in corporate collaboration through case studies. Currently, he is in charge of the JPO's open innovation-related measures (business matching project using patent information, project to establish guidelines for technology transaction agreements for R&D ventures, etc.).

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Executive Officer CKO, LIVERNESS Co.
Kazuhiro Hasegawa
He holds a master's degree in engineering from Tokyo Metropolitan University. He joined RIVERNESS in his first year as a master's student, and later became the first new employee of RIVERNESS. He launched the Human Resources Development Business Department and became an executive officer in 2012. In 2013, he moved to the Tokyo head office, where he is in charge of incubation business in the manufacturing field and industry-academia collaboration business. He also serves as the representative director of Glocalink Co.

16:00-17:00

  • Session Room C

Real tech is by design!
Session Partner: Amada AI Innovation Institute, Inc.

Real-tech ventures often view design as a superficial element, such as "look" and "shape," and as a result, there are many cases where the appeal of the product is not fully brought out. However, design originally refers to all planning activities that have an aesthetic root, and real-tech, whose goal is to solve problems, can be considered design itself.
Therefore, two designers from universities and companies who face essential design, together with Mr. Kashimura of Amada Holdings, Inc. who is a machine tool manufacturer and places design perspectives at the center of product development, and Mr. Yukihiro Maru, CEO of RIVANES Group, who is also a science art producer, They will discuss the relationship between the essence of design and real tech.

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<Speakers

President and Director, Amada AI Innovation Institute, Inc.
Mr. Yoji Kashimura
Graduated from the Graduate School of Science and Engineering, University of Tsukuba with a Master's degree. He has been in charge of a research institute of a major office equipment manufacturing and sales company, a director of its U.S. research subsidiary, and a research branch office in Singapore. Consistently engaged in research and new business development. He is in charge of strengthening current businesses and developing new businesses from a manufacturing perspective based on AI-related technologies.


Associate Professor, Department of Visual Communication Design, Musashino Art University
Ms. Masako Kitazaki
Completed the Design for Interaction course at the Faculty of Design Engineering, Delft University of Technology. Master of Science. His research focuses on the design of artifacts and design methodologies that generate new behaviors and communication among people, combining design, sociology, and cognitive psychology in order to contribute to the formation of a sustainable society.


Group CEO and Representative Director, LIVERNESS Co.
Yukihiro Maru

D. in Applied Biotechnology, Graduate School of Agricultural and Life Sciences, The University of Tokyo.In 2002, while still in graduate school, he founded LIVERNESS with only undergraduate and graduate students in science and engineering. He has turned 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 technology and management resources that lie dormant in universities and local communities. As the instigator of one of Asia's largest venture ecosystems, he works to solve global-scale social issues by discovering deep tech from around the world. He is also an innovator involved in the launch of numerous deep tech ventures, including Euglena.


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KANDO Founder & CEO

Yuki Tazaki
Envision Design" is a trinity of creation, liberal arts, technology, science, finance, and business, and is responsible for the creative implementation of technology in society and the creation of next-generation culture that fuses technology and the humanities. Design" is an example of Envision Design in action, and is the subject of a REAL TECH FUND investment in the cyborg venture "MELTIN" (see below).www.meltin.jp), an artificial cultured meat venture called Integral Culture (https://integriculture.jp/(Japanese only), Personal Mobility "WHILL" MaaS Vision Movie (Japanese only)https://whill.jp/maas(Tokyo Institute of Technology), and others. Art projects include "Kou Niwa", a collaborative work with sculptor Kohei Nawa, "UNITY of MOTION", a HYUNDAI commission work, "Enceladus", a research work for the Institute for Earth and Life Science, Tokyo Institute of Technology, and "AURA", an exhibition of original drawings by Hirohiko Araki.www.kando.vision

17:00-17:50

  • online

Softness changes engineering.
Session Partner: Murata Manufacturing Co.

The time is coming when it will be possible to take advantage of softness, for example, by using soft materials, or by having softness as a structure even if each individual part is hard. For example, the use of soft materials has a great potential to bring diversity in grasping and movement to robots that have generally been made using hard materials. However, there have not been many cases where robotics engineers have teamed up with material suppliers, and thus the potential has not been fully exploited. In this session, researchers working on accelerating manufacturing with soft matter and soft robotics will discuss the impact softness has in engineering and the challenges it poses for implementation, with examples.

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<Speakers

Associate Professor, Graduate School of Information Science and Technology, Tohoku University
Kenjiro Tadakuma
D. in 2007 from the Department of Mechanical and Space Systems, Tokyo Institute of Technology. D. in Engineering from Massachusetts Institute of Technology in 2007, Postdoctoral Associate from Massachusetts Institute of Technology in 2007, Research Fellow at Tohoku University in 2008, Assistant Professor at the University of Electro-Communications, Assistant Professor at Osaka University, and Associate Professor at Graduate School of Information Sciences, Tohoku University since May 2015. Associate Professor, Graduate School of Information Science and Technology, Tohoku University since May 2015. Currently. Consistently engaged in research and development of robot mechanisms, including omni-directional moving and driving mechanisms and flexible and rigid switching gripper mechanisms.

 


Associate Professor, Interfaculty Initiative in Information Studies, The University of Tokyo
Mr. Yasuaki Kakehi
Interactive media researcher and media artist. D. in Interdisciplinary Information Studies. After working at Keio University and MIT, he has been Associate Professor at the Interfaculty Initiative in Information Studies, The University of Tokyo since 2018. Using advanced technology, he pioneers interaction expression that extends the characteristics of human sensation, perception, and physical materials. In addition to his engineering research, he has exhibited his works in Japan and abroad, and has received numerous awards, including the ACM CHI Best Paper Award and the Young Scientist Award from the Minister of Education, Culture, Sports, Science and Technology in the field of science and technology.http://xlab.iii.u-tokyo.ac.jpThe following is a list of the most common problems with the

 


CEO and Representative Director, Nature Architects, Inc.
Mr. Taisuke Oshima
He received his Bachelor's degree from the University of Tokyo, Graduate School of Arts and Sciences, Department of Regional and System Sciences. After working as a Research Fellow of the Japan Society for the Promotion of Science (DC1) and as a part-time researcher at the University of Tsukuba, he founded Nature Architects in May 2017. He is engaged in research on mechanical metamaterials, computational design, and digital fabrication, and in the development of technologies to calculate the elasticity and deformation of materials and to design, fabricate, and control them at will through geometric structures. He is certified as an "Unexplored Super Creator" by the Information-technology Promotion Agency, Japan, and as a member of the Cross-cultivation Program by the Ministry of Internal Affairs and Communications, Japan.

 

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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.

 

11:00-12:00 Venue A

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Super interdisciplinary pitch by researchers
technology splash
Session Partner: Duskin Corporation

Splash means "to jump or splash (water, etc.), to fall with a zap. In this session, researchers who are presenters will share the most passionate aspects of their research with the participants, transcending the boundaries of their fields and affiliations. The participants (audience), on the other hand, are plunged into the world of different fields, bathed in the knowledge and enthusiasm of the researchers who appear one after the other. In a series of short presentations in very different fields, the enthusiasm of the presenters and the enthusiasm of the participants collide, and new research ideas and friends are born as if by splashing. That is what "Technology Splash" is all about.

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<Researchers who presented

No. announcer belong to Announcement title Poster No.
1 Taiga Shimizu Osaka Prefectural Nagano Kita High School Using the Ishibutsu Mineral Spring to Enrich Osaka Bay P-01
2 Keita Koseki Yasu Gakuen University What did the survey of crime prevention patrol groups reveal? P-03
3 Goichi Hagiwara Kanoya University of Health and Sport Sciences What is one effect of e-sports activities? P-04
4 Susumu Kawashima Tokyo University of Marine Science and Technology Basic research on human center of gravity detection device P-05
5 Farid Mohamed Ritsumeikan University Introducing a Restaurant Hygiene Online Platform P-09
6 Kazuya Matsuo Miyahara Junior High School Hydrogen Eco-Ropeway P-14
7 Toshifumi Shimizu non-partisan Development of small and medium manufacturing cluster in Japan -Study on the construction of a base for mass production prototyping and its eco-system-. P-17
8 Yoshihiro Takada non-partisan Artwork production of mouse brain 3D construction using high-definition digital brain images (tentative) P-23
9 Satoshi Saito non-partisan Analysis of the essential issues of innovation in Japan and proposal of solutions
〜You can be an innovator, too! ~ (Japanese only)
P-24

 

<Presentation Venture

No. announcer belong to Booth Details Booth No.
10 Eitaro Doi KARAKU INC. By establishing a production method that enables long-term preservation of fresh fruit at room temperature, and by providing our know-how, we aim to solve the problem of food waste, especially "fruit loss," which is occurring around the world. We are also working to support farmers to increase their profits and expand their business overseas. B-01
11 Takeya Matsumoto Inner Resource Corporation With the mission of "creating a world where researchers can immerse themselves in research," we offer "reprua," a one-stop cloud system that provides a one-stop solution for complicated purchasing, purchasing management, and inventory management tasks in research operations. B-03
12 Tatsunori Hirotsu Saidin Corporation We explore the infinite possibilities of cyclodextrins, cyclic oligosaccharides, to improve the quality of life. To this end, we aim to develop cyclodextrin pharmaceuticals and functional foods. B-05
13 Kariya Ryusho Cuol Corporation We conduct non-clinical studies of anticancer drugs in mouse models that faithfully reproduce the pathology of human cancer patients to improve the success rate of anticancer drug development. To this end, we are working on the development of patient-derived tumor tissue transplantation models. B-07
14 Eiji Uemoto Hakuzo Medical Co. We want to eliminate infections through infection control tools. To achieve this goal, we are working to develop programs to increase interest in hand washing and environmental maintenance. B-10
15 Yuki Maeda Parity Innovations, Inc. The technology of displaying images in the air, where there is nothing, has made it possible to express the world of science fiction and fantasy. For this purpose, we have developed a new imaging optical element, "parity mirror," which can display images in the air simply by placing it on the screen. B-11
16 50th birthday celebration (of the 60th birthday of a sibling, etc.) Eve Care Co. To serve the realization of sustainable health care for each and every individual. To this end, we assess medium- and long-term health conditions with hair and propose solutions and care B-13
17 Yoshiharu Morimoto 4D Sensor Corporation, Vibration Visualization Team Developing a method to measure shape deformation with high speed and high accuracy to realize a safe and secure society. Currently, we are working on the practical application of technology that will enable us to counteract vibration and noise, understand the movement of infrastructure and various parts of the human body, and perform precise diagnosis and monitoring. B-15
18 Hisae Homma Nariko Seimitsu Co. We have been involved in many metalworking prototypes and have been involved in the commercialization of many companies developing new products. We launched Garage Minato to give shape to new ideas with the technical skills, proposal capabilities, and sense of speed that we have cultivated over the years. B-16
19 Takeharu Horikawa Kanon Cure Inc. We are a Tottori University venture engaged in research and development of treatments for liver diseases and drug discovery. We are developing "cell sheets for the treatment of liver diseases," which are cultured hepatocytes from human bone marrow cells, made into sheets, and attached to the surface of the liver to treat cirrhosis and other liver diseases. B-19
20 Kaede Nishimoto BugMo Inc. Engaged in automated cultivation of edible insects (crickets) and product development.
By spreading insect farming around the world, we are creating a food production system that is kind to people and the planet.
B-20
21 Takumi Sato Polyketone Japan Ketone Supplements Wipe Out Obesity in Humans and Dogs
Polyketones are the focus of attention as ketone donors. Polyketones are produced by bacteria and can only be broken down by intestinal bacteria. The company aims to revolutionize the health business.
B-22
22 Tasuku Yanagisawa Cell Fiber Corporation To solve problems in the fields of medicine, drug discovery, food production, and the environment through the realization of cell-based industries. B-25
23 Yoshiyuki Haruna Shiroshi Corporation Explain things that are difficult to explain in an easy-to-understand way by seeing them in CG and experiencing them in VR. For example, the mechanism of a jet engine is explained by CG. We offer "Meister VR," content that allows users to experience and understand how to experience disasters and how to handle advanced equipment through VR. B-26
24 Eiichi Yagi Power Assist International, Inc. By realizing a power-assist suit, a robot that can be worn to assist with strength, the elderly and women will be freed from heavy labor, and in response to the decline in the working population due to the low birthrate and aging population, the elderly and women will be encouraged to enter the workforce, thereby revitalizing Japan and the world! B-27

 

Core time 15:00-16:00 (Poster set up 10:00-17:00)

Researchers' posters, venture booths Postings and exhibits

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

More Information

<Poster Presentation

Poster No. announcer belong to Announcement title
P-01 Taiga Shimizu Osaka Prefectural Nagano Kita High School Using the Ishibutsu Mineral Spring to Enrich Osaka Bay
P-02 Mineharu Shinnai Osaka Prefectural Momoya High School Projection-type 3D holograms using polarizers - Development of stereoscopic projection technology that enables direct viewing
P-03 Keita Koseki Yasu Gakuen University What did the survey of crime prevention patrol groups reveal?
P-04 Goichi Hagiwara Kanoya University of Health and Sport Sciences What is one effect of e-sports activities?
P-05 Susumu Kawashima Tokyo University of Marine Science and Technology Basic research on human center of gravity detection device
P-06 Yamaguchi et al. continuing education courses offered via radio or television Citizen Science Project using "Biome," an application for collecting "living things
P-07 Takaho Itoigawa Utsunomiya University Construction of an information design method for inducing energy conservation behavior through nudges.
P-08 acer buergerianum Hokkaido University of Science Therapeutic Strategies for Intractable Lung Diseases with Inhaled Drug Delivery Systems: Development of Liposomes Oriented for the Treatment of Pulmonary Fibrosis
P-09 Farid Mohamed Ritsumeikan University Introducing a Restaurant Hygiene Online Platform
P-10 Yoshiya Tsukamoto Osaka University, Graduate School of Frontier Biosciences Construction of 3D tissue for regenerative medicine and drug discovery research by tissue engineering using thin film formation technology.
P-11 Yuki Matsumoto Anicom Advanced Medical Research Institute Co. Veterinary genetic analysis of dogs and cats using pet insurance information and large-scale genetic data.
P-12 Koutouri Okamoto Science Classroom Rikijuku Ecology and origin of the Lake Biwa ayu that was able to settle in Lake Takihata Dam
P-13 Ryuji Nagai Tokai University Measurement of Biological AGEs as a Marker for Evaluation of Metabolic Abnormalities and Its Usefulness
P-14 Kazuya Matsuo Miyahara Junior High School Hydrogen Eco-Ropeway
P-15 Yushi Momota Osaka Prefectural Tondabayashi High School Getting to the bottom of the teacher's voice that lingers in your ears
P-16 Daishun Yamamoto Hiroshima University Graduate School Analysis of the possibility of attracting Muslims to Osaka by establishing a restaurant district offering Halal-certified Osaka specialties.
P-17 Toshifumi Shimizu non-partisan Development of small and medium manufacturing cluster in Japan -Study on the construction of a base for mass production prototyping and its eco-system-.
P-18 Masanami Yamamoto Department of Integrated Sciences, Faculty of Integrated Sciences, Hiroshima University Health is the source of happiness - Please give me advice as a college student! I'm a college student!
P-19 Jun Kaneko Chukyo University What we have learned from "barefoot" research
P-20 Ryo Okumura Renaissance Osaka High School Comparison of Japanese and English ecosystem creation projects with on-site renovation of waterfront areas
P-21 Ryoji Terrace Renaissance Osaka High School Development of indoor stocking and parasite control techniques for freshwater mussels
P-22 Atsuya Matsui Shiga University of Medical Science, School of Medicine Proposal for a Home Health Management System with Low-cost Environmental Control Based on Indoor Multipoint Environmental Measurements
P-23 Yoshihiro Takada non-partisan Artwork production of mouse brain 3D construction using high-definition digital brain images (tentative)
P-24 Satoshi Saito Japan Science and Technology Agency (JST) Analysis of the essential issues of innovation in Japan and proposal of a solution - You can be an innovator, too! ~ "The Innovator's Guide to Innovation in Japan

 

<Exhibit Booth

No. Company/Team Name About Us
B-01 KARAKU INC. By establishing a production method that enables long-term preservation of fresh fruit at room temperature, and by providing our know-how, we aim to solve the problem of food waste, especially "fruit loss," which is occurring around the world. We are also working to support farmers to increase their profits and expand their business overseas.
B-02 Toy Medical Co. With our technology, we are developing products that relieve patients' pain behind the treatment of various diseases. Recently, we have developed a salt absorption supplements to solve salt restriction for dialysis patients and those with high blood pressure.
B-03 Inner Resource Corporation With the mission of "creating a world where researchers can immerse themselves in research," we offer "reprua," a one-stop cloud system that provides a one-stop solution for complicated purchasing, purchasing management, and inventory management tasks in research operations.
B-04 Metagen Inc. Through intestinal design, we aim to realize a society with zero disease. To this end, we are working to understand the function of the intestinal microflora by analyzing the stools of many people using the world's most advanced technology, and to implement the obtained research results in society.
B-05 Saidin Corporation We explore the infinite possibilities of cyclodextrins, cyclic oligosaccharides, to improve the quality of life. To this end, we aim to develop cyclodextrin pharmaceuticals and functional foods.
B-06 Shikoh Giken Co. Our proprietary mercury-free ultraviolet surface light source "UV-LAFi" can be used as a surface light source for various ultraviolet wavelengths and can also be processed on curved surfaces, providing solutions to safety and security issues in the industrial, medical, and water sterilization fields.
B-07 Cuol Corporation We conduct non-clinical studies of anticancer drugs in mouse models that faithfully reproduce the pathology of human cancer patients to improve the success rate of anticancer drug development. To this end, we are working on the development of patient-derived tumor tissue transplantation models.
B-08 MACHICOCO Corporation In order to solve fundamental problems in the manufacturing industry, we support researchers and venture companies in their development, realize manufacturing for manufacturers, and provide experiential education to create through our technology network in Higashi-Osaka.
B-09 Garage Taisho A long-established pressure gauge manufacturer with 110 years in business will provide start-up support in the IoT and life science fields, which it is tackling as a long-established venture itself, utilizing its own know-how and network.
B-10 Hakuzo Medical Co. We want to eliminate infections through infection control tools. To achieve this goal, we are working to develop programs to increase interest in hand washing and environmental maintenance.
B-11 Parity Innovations, Inc. The technology of displaying images in the air, where there is nothing, has made it possible to express the world of science fiction and fantasy. For this purpose, we have developed a new imaging optical element, "parity mirror," which can display images in the air simply by placing it on the screen.
B-12 VEQTA Corporation The company develops and manufactures food and supplements according to the bacteria from the examination of the intestinal microflora of pets. Using algorithms derived from bacterial flora data, the company aims to detect and cure diseases with high morbidity, such as atopic dermatitis, at an early stage.
B-13 Eve Care Co. To serve the realization of sustainable health care for each and every individual. To this end, we assess medium- and long-term health conditions with hair and propose solutions and care
B-14 Shoes Minish Ltd. We are actively engaged in CSR and other activities to fulfill our philosophy of "increasing the number of people who enjoy walking.
The Company is a footwear (shoes and sandals) manufacturer, engaged in manufacturing and retail sales (directly managed EC stores and physical stores).
B-15 4D Sensor Corporation, Vibration Visualization Team Developing a method to measure shape deformation with high speed and high accuracy to realize a safe and secure society. Currently, we are working on the practical application of technology that will enable us to counteract vibration and noise, understand the movement of infrastructure and various parts of the human body, and perform precise diagnosis and monitoring.
B-16 Nariko Seimitsu Co. We have been involved in many metalworking prototypes and have been involved in the commercialization of many companies developing new products. We launched Garage Minato to give shape to new ideas with the technical skills, proposal capabilities, and sense of speed that we have cultivated over the years.
B-17 BeCellBar, LLC Our goal is to regulate the barriers in the human body to maintain good health and create a society where people can live a brighter life. To this end, we are developing delivery methods for pharmaceuticals and health functional ingredients and methods to strengthen the barrier.
B-18 AMI Corporation In order to realize "preventive medicine, health promotion, and medical cost reduction" through rapid medical innovation, we are working on the development of "super stethoscope," a stethoscope with an automatic diagnosis assist function, and "cloud health checkup service," which provides the same items as specified checkups remotely.
B-19 Kanon Cure Inc. We are a Tottori University venture engaged in research and development of treatments for liver diseases and drug discovery. We are developing "cell sheets for the treatment of liver diseases," which are cultured hepatocytes from human bone marrow cells, made into sheets, and attached to the surface of the liver to treat cirrhosis and other liver diseases.
B-20 BugMo Inc. Engaged in automated cultivation of edible insects (crickets) and product development.
By spreading insect farming around the world, we are creating a food production system that is kind to people and the planet.
B-21 Mitani Battery Technology Institute, LLC We will realize a sustainable society where people can live with peace of mind. To this end, we are developing safe, inexpensive water-based organic rechargeable batteries that can be powered by salt water.
B-22 Polyketone Japan Ketone Supplements Wipe Out Obesity in Humans and Dogs
Polyketones are the focus of attention as ketone donors. Polyketones are produced by bacteria and can only be broken down by intestinal bacteria. The company aims to revolutionize the health business.
B-23 Keihan Holdings Co. Verify and forecast the future impact of ICT innovation on the Keihan Group (robotics, automated driving, sharing services, etc.) and promote innovation in existing businesses.
B-24 Univase As a therapeutic agent for drug-resistant viral diseases, we are developing nucleic acid drugs that incorporate our proprietary technology of universal bases into artificial nucleic acids.
B-25 Cell Fiber Corporation To solve problems in the fields of medicine, drug discovery, food production, and the environment through the realization of cell-based industries.
B-26 Shiroshi Corporation Explain things that are difficult to explain in an easy-to-understand way by seeing them in CG and experiencing them in VR. For example, the mechanism of a jet engine is explained by CG. We offer "Meister VR," content that allows users to experience and understand how to experience disasters and how to handle advanced equipment through VR.
B-27 Power Assist International, Inc. By realizing a power-assist suit, a robot that can be worn to assist with strength, the elderly and women will be freed from heavy labor, and in response to the decline in the working population due to the low birthrate and aging population, the elderly and women will be encouraged to enter the workforce, thereby revitalizing Japan and the world!
B-28 Hang Co. Bringing in issues related to Japanese baseball equipment, the company develops and sells SAKUGOE, a tee batting stand produced in cooperation with a town factory in Minato-ku, Tokyo. Bringing Japanese baseball equipment to the world with Made in Japan quality.

 

18:00-18:20

Closing Ceremony

Founding and Development Division, Liverness Inc.
Yuji Fukuda

M.S. (Bioscience), Nara Institute of Science and Technology, Nara, Japan. M.S. (Bioscience)
After receiving his degree, he worked at a pig farm owned by a livestock feed wholesaler, and in 2009, he joined LIVERNESS Co. He was assigned to the Okinawa office, where he launched the "Fukkojo Pork" brand; in September 2016, he was transferred to Kumamoto Prefecture, where he serves as Director of the Institute for Natural Symbiosis Industries, promoting research on natural symbiosis industries where local resources, people, and people of different generations coexist in harmony with each other. Director of Fukkojo Farm Co. He was transferred to the Osaka headquarters in April 2018. Born in Izumi City, Osaka.

<List of Technology Splash Presentations

Announcement time order of presentation Name (titles omitted) belong to
9:30-10:00 A01 Hiroki Oka Waseda University
A02 Shigeru Ichinoura Laboratory of Production Machinery, Faculty of Agriculture, Yamagata University
A03 Ikutaro Masaki The University of Tokyo
A04 Hiroaki Ito Gastroenterological Surgery, Showa University Koto Toyosu Hospital
A05 Toshi Kanie Nagoya University
A06 Masaki Misawa National Institute of Advanced Industrial Science and Technology (AIST)
A07 Hiroaki Yano University of Tsukuba
A08 Daichi Okabe Japan Healthcare Corporation
A09 Masanobu Kowaka Hamano Manufacturing Co.
A10 Yoshimi Ui aba Corporation
12:00-12:50 B01 Yotoku Takamitsu Nariko Seimitsu Co.
B02 Sayuri Goryoda Tsuji Institute of Culinary Education, Dokkyo Medical University
B03 Tomoaki Takaya Oyama National College of Technology
B04 Tomohiro Murayama Urawa Jitsugyo Gakuen Junior & Senior High School
B05 Takushi Ikeda Urawa Jitsugyo Gakuen High School
B06 Takeshi Ito Yuge Merchant Marine Technical College
B07 Kohei Aso Euglena Co.
B08 Shinichiro Takezawa Seturotech Corporation
B09 Lin Butei Hosei University Graduate School
B10 Hiroji Akimoto Albatross Technology, LLC.
B11 Austin Yoshino Manaola Innovations
B12 Meguro, Scholar National Institute for Materials Science
B13 Nakatani Warm Department of Mechanical Engineering, Graduate School of Science and Technology, Hosei University
B14 Rio Takahashi Department of Mechanical Engineering, Graduate School of Science and Technology, Hosei University
B15 Ryo Sakakibara Department of Mechanical Engineering, Graduate School of Science and Engineering, Hosei University
B16 Yutaka Kudo Ten no Gijutsu Co.
B17 Shun Yokota Hosei University
B18 Masahiro Tsugita Tokai University Graduate School
B19 Yoshinao Kishimoto Tokyo City University
B20 Kanazawa, et al. (KanaLABO Inc.
18:00-18:50 C01 Kazuhiro Nishioka Kisvin Science Corporation
C02 Sousuke Ohtaki Urawa Jitsugyo Gakuen Junior & Senior High School
C03 Sun Kim Urawa Jitsugyo Gakuen High School
C04 Aimi Ishii Keio University
C05 Seima Yabe Specialized in Biology, Department of Science, Faculty of Education, Waseda University
C06 Jilan Sadjawijit Manirat Kanagawa Prefectural Central Agricultural High School
C07 Ken Ueno Smolt Corporation
C08 Keisuke Igarashi Japan Cellular Agriculture Association, NPO
C09 Rei Miyano Kitasato University Graduate School
C10 Hiroshi Nakayama University of Tsukuba
C11 Yuhei Natsume Chiba University International Education Center
C12 Naoki Yaraoka HiLable, Inc.
C13 Mitsuo Nagao Nihon University
C14 Tetsuya Tsugami Department of Electrical Engineering, Graduate School of Engineering, The University of Tokyo
C16 Rei Kurozumi University of Tsukuba Graduate School
C17 Koutaro Sakamoto University of Tsukuba
C18 Genjiro Maeda Correspondence course student, Faculty of Science and Technology, Akita University
C19 Hajime Tamaki Agro Design Studio, Inc.
C20 Tomoji Nakamura Umi no Kabushiki Kaisha, Ltd.
C21 Kazunori Otobe National Agricultural Research Center, National Agriculture and Food Research Organization
C22 Shinjiro Saeki The Society for the Scientific Study of Edible Insects, NPO

Click here for details of abstracts
Some of the presenters in the above list (announced online on April 23) are different from those who were scheduled to present on March 6-7.
*Only those who have given us permission to post on the web will be posted.

Partners (in alphabetical order)

Minato Ward, Osaka City

Oriental Motor Co.

Kansai Electric Power Co.

Keihan Holdings Co.

Kobe Medical Industry Development Organization

Kobe City

Suntory Global Innovation Center Limited

Duskin Corporation

Hakuzo Medical Co.

real-tech fund

Rohto Pharmaceutical Co.

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