ILS2025 Time Table

Dec.1st - 4th
ToranomonHills & Online (partial)
All ILS2025 Power Matching account holders are welcome to attend for free!
12/1 mon
12/2 tue
12/3 wed
12/4 thur
Pitches
Seminars
Meetups
Exhibits
Application Category
NEDO connect: Corporate x Academia Matching Networking Event [Dec.2]

Open

2nd Dec. 11:00 | 11:45
2nd Dec. 11:00 - 11:45
Toranomon Hills 5F Hall A2
  • Matching Meetup
Part 1：NEDO connect matching program
50 young researchers with cutting-edge technologies, selected by 190 people in charge of new business ventures and research and development at major companies, will set up booths. This is a networking event-style matching program.
With support from NEDO, we provide matching opportunities with young researchers engaged in diverse R&D fields.
Approximately 50 researchers from universities, national research institutes, and technical colleges possessing cutting-edge technology seeds will participate, making it an ideal opportunity to discover new collaboration and investment partners.
This event offers a rare chance to explore a wide range of technologies — from emerging concepts to those nearing social implementation.
\ NOW ON STAGE /

National Institute for Materials Science (NIMS)

Development of a flexible full-surface cooling sheet that takes advantage of the features of viscous thermoelectric materials and has a higher cooling effect than conventional ones.

National Institute for Materials Science (NIMS)

Development of a flexible full-surface cooling sheet that takes advantage of the features of viscous thermoelectric materials and has a higher cooling effect than conventional ones.
Commercialization of a sheet that can tightly cool a 50 to 100 times larger area using the same amount of thermoelectric material as existing Peltier elements
\ NOW ON STAGE /

National Institute of Technology, Kagawa College, Department of Mechanical and Electronic Engineering

Demonstration experiment and commercialization of a nail-mounted wearable device that does not feel like wearing and can perform continuous measurements in a living environment

National Institute of Technology, Kagawa College, Department of Mechanical and Electronic Engineering

Demonstration experiment and commercialization of a nail-mounted wearable device that does not feel like wearing and can perform continuous measurements in a living environment
Wearable sensors using artificial nails do not feel like they are being worn and can take measurements at all times, making it possible to take measurements in living environments.
\ NOW ON STAGE /

Institute of Materials and Systems for Sustainability (IMaSS), Nagoya University, Designated Associate Professor

Development of nanocomposite encapsulation insulation technology to realize highly reliable, low-loss power semiconductor modules

Institute of Materials and Systems for Sustainability (IMaSS), Nagoya University, Designated Associate Professor

Development of nanocomposite encapsulation insulation technology to realize highly reliable, low-loss power semiconductor modules
Aiming for a voltage resistance of 1.5 times or more, which is an innovative high-voltage performance that cannot be achieved with current encapsulation insulation materials.
\ NOW ON STAGE /

Research Institute for Sustainable Humanosphere, Kyoto University

Lignin material made from plant biomass using an environmentally friendly process

Research Institute for Sustainable Humanosphere, Kyoto University

Lignin material made from plant biomass using an environmentally friendly process
Creating new lignin materials through processes with low environmental impact and contributing to the realization of a decarbonized society
\ NOW ON STAGE /

Tokyo Metropolitan University, Graduate School of Science, Department of Chemistry

Development of transparent conductive film that is transparent to deep ultraviolet light

Tokyo Metropolitan University, Graduate School of Science, Department of Chemistry

Development of transparent conductive film that is transparent to deep ultraviolet light
We will develop a new transparent electrode material that has both high optical transmittance for deep ultraviolet light and electrical conductivity.
\ NOW ON STAGE /

Ritsumeikan University, College of Information Science and Engineering (Assistant Professor), Digital Spirits Teck.

Eye Health Wearable Teck.

Ritsumeikan University, College of Information Science and Engineering (Assistant Professor), Digital Spirits Teck.

Eye Health Wearable Teck.
Realization of eye health support technology using constant sensing of eye activity and prevention of eye-related physical and mental health damage
\ NOW ON STAGE /

Osaka University, Graduate School of Science, Department of Macromolecular Science (Assistant Professor)

Development of high-performance plastic creation technology using waste sulfur as raw material

Osaka University, Graduate School of Science, Department of Macromolecular Science (Assistant Professor)

Development of high-performance plastic creation technology using waste sulfur as raw material
Development of low environmental impact sulfur polymer synthesis method and material creation
\ NOW ON STAGE /

Tokyo University of Agriculture, Department of Fermentation Science, Laboratory of Fermentation Environment Science

Development of technology for simultaneous production of hydrogen fuel and fine chemical raw materials using microorganisms

Tokyo University of Agriculture, Department of Fermentation Science, Laboratory of Fermentation Environment Science

Development of technology for simultaneous production of hydrogen fuel and fine chemical raw materials using microorganisms
We will develop technology to simultaneously produce hydrogen fuel and fine chemical raw materials, and create a small-scale distributed circular bioeconomy.
\ NOW ON STAGE /

Yokohama National University, Graduate School of Environment and Information Sciences, Division of Artificial Environment and Information

Research aimed at developing a ceramic 3D printing process and providing various complex-shaped ceramic bodies that can be manufactured through this process.

Yokohama National University, Graduate School of Environment and Information Sciences, Division of Artificial Environment and Information

Research aimed at developing a ceramic 3D printing process and providing various complex-shaped ceramic bodies that can be manufactured through this process.
The 3D printing market for ceramic materials is a growing field that is expected to expand 20 times over the next 10 years, but there are issues with stereolithography.
\ NOW ON STAGE /

Kyoto Institute of Technology, Department of Fiber Science and Engineering (Professor)

Converting waste engineering plastics into degradable polymers: Expected to develop a wide range of applications from alternative materials for existing plastics to biomaterials

Kyoto Institute of Technology, Department of Fiber Science and Engineering (Professor)

Converting waste engineering plastics into degradable polymers: Expected to develop a wide range of applications from alternative materials for existing plastics to biomaterials
Achieve complete recycling of plastics and fibers and realize a sustainable society
\ NOW ON STAGE /

Nagoya Institute of Technology, Graduate School of Engineering, Life and Applied Chemistry Program (Professor)

Recovery of unused ammonia and challenge towards circular economy

Nagoya Institute of Technology, Graduate School of Engineering, Life and Applied Chemistry Program (Professor)

Recovery of unused ammonia and challenge towards circular economy
Realizing a circular economy that connects primary industries
\ NOW ON STAGE /

Nagaoka University of Technology, Institute of Technological Sciences, Department of Science of Technology Innovation

New electrical bonding technology using atmospheric pressure plasma to contribute to next-generation electronics technology

Nagaoka University of Technology, Institute of Technological Sciences, Department of Science of Technology Innovation

New electrical bonding technology using atmospheric pressure plasma to contribute to next-generation electronics technology
Heat-free adhesive bonding method using highly reactive atmospheric pressure plasma
\ NOW ON STAGE /

Okayama University, Institute of Natural Science

No pre-treatment, additives, or adhesives! Development of laser bonding equipment for plastic films

Okayama University, Institute of Natural Science

No pre-treatment, additives, or adhesives! Development of laser bonding equipment for plastic films
Will it support metal substitution? Super engineering plastic adhesive
\ NOW ON STAGE /

Tokyo University of Science, School of Materials and Chemical Technology

Click synthesis of lignin-derived biomass plastics and control of biodegradability by chemical structure

Tokyo University of Science, School of Materials and Chemical Technology

Click synthesis of lignin-derived biomass plastics and control of biodegradability by chemical structure
We will manufacture a biomass polymer with a clear structure using lignin, an unused wood biomass, as a raw material, and investigate its biodegradability.
\ NOW ON STAGE /

Gifu University, Faculty of Engineering, Department of Chemistry and Biomolecular Engineering, Materials Chemistry Course (Associate Professor)

Development of catalytic upcycling technology for polyester

Gifu University, Faculty of Engineering, Department of Chemistry and Biomolecular Engineering, Materials Chemistry Course (Associate Professor)

Development of catalytic upcycling technology for polyester
Chemical upcycling of polyester that can be implemented socially
\ NOW ON STAGE /

Kitasato University, Faculty of Science (Lecturer)

Manufacture of silane coupling agents, silicone rubber, and silicone resin using iron catalysts

Kitasato University, Faculty of Science (Lecturer)

Manufacture of silane coupling agents, silicone rubber, and silicone resin using iron catalysts
Breaking away from platinum technology that has lasted for over 60 years
\ NOW ON STAGE /

Tottori University, Faculty of Agriculture

Development of genome editing technology that does not require insertion of genome editing enzyme genes and enables plant breeding in a shorter time

Tottori University, Faculty of Agriculture

Development of genome editing technology that does not require insertion of genome editing enzyme genes and enables plant breeding in a shorter time
Developed genome editing technology for plants that does not require insertion of genome editing enzyme genes
\ NOW ON STAGE /

Kagawa University, Faculty of Engineering and Design (Lecturer)

Non-invasive wearable mental and physical burden measurement system

Kagawa University, Faculty of Engineering and Design (Lecturer)

Non-invasive wearable mental and physical burden measurement system
Extending healthy (working) lifespan by optimizing labor according to work load
\ NOW ON STAGE /

Osaka University, Graduate School of Engineering (Assistant Professor)

Development of lead-free photoelectric conversion materials with low cost, low toxicity, and unique functions

Osaka University, Graduate School of Engineering (Assistant Professor)

Development of lead-free photoelectric conversion materials with low cost, low toxicity, and unique functions
The future of photoelectric conversion opened up by coated bismuth-antimony semiconductors
\ NOW ON STAGE /

Kobe University, Graduate School of Engineering, Department of Applied Chemistry (Associate Professor)

Bioaromatic cell factory expanding from biostyrene

Kobe University, Graduate School of Engineering, Department of Applied Chemistry (Associate Professor)

Bioaromatic cell factory expanding from biostyrene
Letting microorganisms use sugar for different purposes
\ NOW ON STAGE /

National Institute of Advanced Industrial Science and Technology (AIST), Research Center for Catalysis and Chemical Processes, Team Leader

Large-scale peptide synthesis system that reduces costs and waste

National Institute of Advanced Industrial Science and Technology (AIST), Research Center for Catalysis and Chemical Processes, Team Leader

Large-scale peptide synthesis system that reduces costs and waste
Realizing a low-cost, low-waste, high-volume synthesis system by leveraging the reverse elongation peptide synthesis method
\ NOW ON STAGE /

Keio University, Faculty of Science and Technology, Department of Mechanical Engineering (Associate Professor)

Manufacturing parameter proposal system for materials with microstructure using generation AI

Keio University, Faculty of Science and Technology, Department of Mechanical Engineering (Associate Professor)

Manufacturing parameter proposal system for materials with microstructure using generation AI
Japan has an automobile industry as its core industry, and developing high-performance automobiles is an important issue.
\ NOW ON STAGE /

Tohoku University, Research Institute of Electrical Communication

Development of a high-power laser that applies two-dimensional optical control using magnetism, with a view to reducing the manufacturing cost of laser processing machines

Tohoku University, Research Institute of Electrical Communication

Development of a high-power laser that applies two-dimensional optical control using magnetism, with a view to reducing the manufacturing cost of laser processing machines
Development of a high-power Q-switched laser based on a new principle using magnetism
\ NOW ON STAGE /

Yokohama National University, Graduate School of Engineering

Aiming to realize maintenance-free and wireless IoT sensors. Developed magnetic materials and thick film formation technology for vibration power generation devices

Yokohama National University, Graduate School of Engineering

Aiming to realize maintenance-free and wireless IoT sensors. Developed magnetic materials and thick film formation technology for vibration power generation devices
Development of magnetic materials suitable for ""magnetostrictive vibration power generation"" that efficiently converts vibration into electrical energy and establishment of material formation technology

Close

Share with ... Facebook X Linkedin Copy URL to Clipbord
2nd Dec. 11:45 | 12:30
2nd Dec. 11:45 - 12:30
Toranomon Hills 5F Hall A2
  • Matching Meetup
Part 1：NEDO connect matching program
50 young researchers with cutting-edge technologies, selected by 190 people in charge of new business ventures and research and development at major companies, will set up booths. This is a networking event-style matching program.
  • Materials / Chemistry
  • Renewable Energy / Decarbonization / SDGs / Smart Grid
  • Semiconductors / Precision Machinery / Electronic Components / Batteries
  • Manufacturing / Production Processes / Manufacturing Equipment
With support from NEDO, we provide matching opportunities with young researchers engaged in diverse R&D fields.
Approximately 50 researchers from universities, national research institutes, and technical colleges possessing cutting-edge technology seeds will participate, making it an ideal opportunity to discover new collaboration and investment partners.
This event offers a rare chance to explore a wide range of technologies — from emerging concepts to those nearing social implementation.
\ NOW ON STAGE /

National Institute for Materials Science (NIMS)

Development of a flexible full-surface cooling sheet that takes advantage of the features of viscous thermoelectric materials and has a higher cooling effect than conventional ones.

National Institute for Materials Science (NIMS)

Development of a flexible full-surface cooling sheet that takes advantage of the features of viscous thermoelectric materials and has a higher cooling effect than conventional ones.
Commercialization of a sheet that can tightly cool a 50 to 100 times larger area using the same amount of thermoelectric material as existing Peltier elements
\ NOW ON STAGE /

National Institute of Technology, Kagawa College, Department of Mechanical and Electronic Engineering

Demonstration experiment and commercialization of a nail-mounted wearable device that does not feel like wearing and can perform continuous measurements in a living environment

National Institute of Technology, Kagawa College, Department of Mechanical and Electronic Engineering

Demonstration experiment and commercialization of a nail-mounted wearable device that does not feel like wearing and can perform continuous measurements in a living environment
Wearable sensors using artificial nails do not feel like they are being worn and can take measurements at all times, making it possible to take measurements in living environments.
\ NOW ON STAGE /

Institute of Materials and Systems for Sustainability (IMaSS), Nagoya University, Designated Associate Professor

Development of nanocomposite encapsulation insulation technology to realize highly reliable, low-loss power semiconductor modules

Institute of Materials and Systems for Sustainability (IMaSS), Nagoya University, Designated Associate Professor

Development of nanocomposite encapsulation insulation technology to realize highly reliable, low-loss power semiconductor modules
Aiming for a voltage resistance of 1.5 times or more, which is an innovative high-voltage performance that cannot be achieved with current encapsulation insulation materials.
\ NOW ON STAGE /

Research Institute for Sustainable Humanosphere, Kyoto University

Lignin material made from plant biomass using an environmentally friendly process

Research Institute for Sustainable Humanosphere, Kyoto University

Lignin material made from plant biomass using an environmentally friendly process
Creating new lignin materials through processes with low environmental impact and contributing to the realization of a decarbonized society
\ NOW ON STAGE /

Tokyo Metropolitan University, Graduate School of Science, Department of Chemistry

Development of transparent conductive film that is transparent to deep ultraviolet light

Tokyo Metropolitan University, Graduate School of Science, Department of Chemistry

Development of transparent conductive film that is transparent to deep ultraviolet light
We will develop a new transparent electrode material that has both high optical transmittance for deep ultraviolet light and electrical conductivity.
\ NOW ON STAGE /

Ritsumeikan University, College of Information Science and Engineering (Assistant Professor), Digital Spirits Teck.

Eye Health Wearable Teck.

Ritsumeikan University, College of Information Science and Engineering (Assistant Professor), Digital Spirits Teck.

Eye Health Wearable Teck.
Realization of eye health support technology using constant sensing of eye activity and prevention of eye-related physical and mental health damage
\ NOW ON STAGE /

Osaka University, Graduate School of Science, Department of Macromolecular Science (Assistant Professor)

Development of high-performance plastic creation technology using waste sulfur as raw material

Osaka University, Graduate School of Science, Department of Macromolecular Science (Assistant Professor)

Development of high-performance plastic creation technology using waste sulfur as raw material
Development of low environmental impact sulfur polymer synthesis method and material creation
\ NOW ON STAGE /

Tokyo University of Agriculture, Department of Fermentation Science, Laboratory of Fermentation Environment Science

Development of technology for simultaneous production of hydrogen fuel and fine chemical raw materials using microorganisms

Tokyo University of Agriculture, Department of Fermentation Science, Laboratory of Fermentation Environment Science

Development of technology for simultaneous production of hydrogen fuel and fine chemical raw materials using microorganisms
We will develop technology to simultaneously produce hydrogen fuel and fine chemical raw materials, and create a small-scale distributed circular bioeconomy.
\ NOW ON STAGE /

Yokohama National University, Graduate School of Environment and Information Sciences, Division of Artificial Environment and Information

Research aimed at developing a ceramic 3D printing process and providing various complex-shaped ceramic bodies that can be manufactured through this process.

Yokohama National University, Graduate School of Environment and Information Sciences, Division of Artificial Environment and Information

Research aimed at developing a ceramic 3D printing process and providing various complex-shaped ceramic bodies that can be manufactured through this process.
The 3D printing market for ceramic materials is a growing field that is expected to expand 20 times over the next 10 years, but there are issues with stereolithography.
\ NOW ON STAGE /

Kyoto Institute of Technology, Department of Fiber Science and Engineering (Professor)

Converting waste engineering plastics into degradable polymers: Expected to develop a wide range of applications from alternative materials for existing plastics to biomaterials

Kyoto Institute of Technology, Department of Fiber Science and Engineering (Professor)

Converting waste engineering plastics into degradable polymers: Expected to develop a wide range of applications from alternative materials for existing plastics to biomaterials
Achieve complete recycling of plastics and fibers and realize a sustainable society
\ NOW ON STAGE /

Nagoya Institute of Technology, Graduate School of Engineering, Life and Applied Chemistry Program (Professor)

Recovery of unused ammonia and challenge towards circular economy

Nagoya Institute of Technology, Graduate School of Engineering, Life and Applied Chemistry Program (Professor)

Recovery of unused ammonia and challenge towards circular economy
Realizing a circular economy that connects primary industries
\ NOW ON STAGE /

Nagaoka University of Technology, Institute of Technological Sciences, Department of Science of Technology Innovation

New electrical bonding technology using atmospheric pressure plasma to contribute to next-generation electronics technology

Nagaoka University of Technology, Institute of Technological Sciences, Department of Science of Technology Innovation

New electrical bonding technology using atmospheric pressure plasma to contribute to next-generation electronics technology
Heat-free adhesive bonding method using highly reactive atmospheric pressure plasma
\ NOW ON STAGE /

Okayama University, Institute of Natural Science

No pre-treatment, additives, or adhesives! Development of laser bonding equipment for plastic films

Okayama University, Institute of Natural Science

No pre-treatment, additives, or adhesives! Development of laser bonding equipment for plastic films
Will it support metal substitution? Super engineering plastic adhesive
\ NOW ON STAGE /

Tokyo University of Science, School of Materials and Chemical Technology

Click synthesis of lignin-derived biomass plastics and control of biodegradability by chemical structure

Tokyo University of Science, School of Materials and Chemical Technology

Click synthesis of lignin-derived biomass plastics and control of biodegradability by chemical structure
We will manufacture a biomass polymer with a clear structure using lignin, an unused wood biomass, as a raw material, and investigate its biodegradability.
\ NOW ON STAGE /

Gifu University, Faculty of Engineering, Department of Chemistry and Biomolecular Engineering, Materials Chemistry Course (Associate Professor)

Development of catalytic upcycling technology for polyester

Gifu University, Faculty of Engineering, Department of Chemistry and Biomolecular Engineering, Materials Chemistry Course (Associate Professor)

Development of catalytic upcycling technology for polyester
Chemical upcycling of polyester that can be implemented socially
\ NOW ON STAGE /

Kitasato University, Faculty of Science (Lecturer)

Manufacture of silane coupling agents, silicone rubber, and silicone resin using iron catalysts

Kitasato University, Faculty of Science (Lecturer)

Manufacture of silane coupling agents, silicone rubber, and silicone resin using iron catalysts
Breaking away from platinum technology that has lasted for over 60 years
\ NOW ON STAGE /

Tottori University, Faculty of Agriculture

Development of genome editing technology that does not require insertion of genome editing enzyme genes and enables plant breeding in a shorter time

Tottori University, Faculty of Agriculture

Development of genome editing technology that does not require insertion of genome editing enzyme genes and enables plant breeding in a shorter time
Developed genome editing technology for plants that does not require insertion of genome editing enzyme genes
\ NOW ON STAGE /

Kagawa University, Faculty of Engineering and Design (Lecturer)

Non-invasive wearable mental and physical burden measurement system

Kagawa University, Faculty of Engineering and Design (Lecturer)

Non-invasive wearable mental and physical burden measurement system
Extending healthy (working) lifespan by optimizing labor according to work load
\ NOW ON STAGE /

Osaka University, Graduate School of Engineering (Assistant Professor)

Development of lead-free photoelectric conversion materials with low cost, low toxicity, and unique functions

Osaka University, Graduate School of Engineering (Assistant Professor)

Development of lead-free photoelectric conversion materials with low cost, low toxicity, and unique functions
The future of photoelectric conversion opened up by coated bismuth-antimony semiconductors
\ NOW ON STAGE /

Kobe University, Graduate School of Engineering, Department of Applied Chemistry (Associate Professor)

Bioaromatic cell factory expanding from biostyrene

Kobe University, Graduate School of Engineering, Department of Applied Chemistry (Associate Professor)

Bioaromatic cell factory expanding from biostyrene
Letting microorganisms use sugar for different purposes
\ NOW ON STAGE /

National Institute of Advanced Industrial Science and Technology (AIST), Research Center for Catalysis and Chemical Processes, Team Leader

Large-scale peptide synthesis system that reduces costs and waste

National Institute of Advanced Industrial Science and Technology (AIST), Research Center for Catalysis and Chemical Processes, Team Leader

Large-scale peptide synthesis system that reduces costs and waste
Realizing a low-cost, low-waste, high-volume synthesis system by leveraging the reverse elongation peptide synthesis method
\ NOW ON STAGE /

Keio University, Faculty of Science and Technology, Department of Mechanical Engineering (Associate Professor)

Manufacturing parameter proposal system for materials with microstructure using generation AI

Keio University, Faculty of Science and Technology, Department of Mechanical Engineering (Associate Professor)

Manufacturing parameter proposal system for materials with microstructure using generation AI
Japan has an automobile industry as its core industry, and developing high-performance automobiles is an important issue.
\ NOW ON STAGE /

Tohoku University, Research Institute of Electrical Communication

Development of a high-power laser that applies two-dimensional optical control using magnetism, with a view to reducing the manufacturing cost of laser processing machines

Tohoku University, Research Institute of Electrical Communication

Development of a high-power laser that applies two-dimensional optical control using magnetism, with a view to reducing the manufacturing cost of laser processing machines
Development of a high-power Q-switched laser based on a new principle using magnetism
\ NOW ON STAGE /

Yokohama National University, Graduate School of Engineering

Aiming to realize maintenance-free and wireless IoT sensors. Developed magnetic materials and thick film formation technology for vibration power generation devices

Yokohama National University, Graduate School of Engineering

Aiming to realize maintenance-free and wireless IoT sensors. Developed magnetic materials and thick film formation technology for vibration power generation devices
Development of magnetic materials suitable for ""magnetostrictive vibration power generation"" that efficiently converts vibration into electrical energy and establishment of material formation technology

Close

Share with ... Facebook X Linkedin Copy URL to Clipbord
2nd Dec. 15:00 | 15:45
2nd Dec. 15:00 - 15:45
Toranomon Hills 5F Hall A2
  • Matching Meetup
Part 2：NEDO connect matching program
50 young researchers with cutting-edge technologies, selected by 190 people in charge of new business ventures and research and development at major companies, will set up booths. This is a networking event-style matching program.
With support from NEDO, we provide matching opportunities with young researchers engaged in diverse R&D fields.
Approximately 50 researchers from universities, national research institutes, and technical colleges possessing cutting-edge technology seeds will participate, making it an ideal opportunity to discover new collaboration and investment partners.
This event offers a rare chance to explore a wide range of technologies — from emerging concepts to those nearing social implementation.
\ NOW ON STAGE /

Toyohashi University of Technology, Department of Computer Science and Engineering

Autonomous mobility in the smart city era provides safety and security based on human cognitive and behavioral characteristics

Toyohashi University of Technology, Department of Computer Science and Engineering

Autonomous mobility in the smart city era provides safety and security based on human cognitive and behavioral characteristics
Looking ahead to the smart city era, we aim to commercialize autonomous mobility for logistics, which is equipped with control technology based on human cognitive and behavioral characteristics.
\ NOW ON STAGE /

Yokohama National University, Graduate School of Engineering, Associate Professor

Development of high lithium conductive liquid electrolyte for practical application of next-generation lithium secondary batteries that enable rapid charging and discharging

Yokohama National University, Graduate School of Engineering, Associate Professor

Development of high lithium conductive liquid electrolyte for practical application of next-generation lithium secondary batteries that enable rapid charging and discharging
We focused on the unique ""ion hopping phenomenon"" and made a breakthrough that fundamentally changed the design philosophy of lithium-based electrolytes.
By contributing to improving the charging and discharging performance of electric vehicles, we aim to support their worldwide spread.
\ NOW ON STAGE /

The University of Tokyo, Graduate School of Engineering, Department of Chemical System Engineering (Assistant Professor / MEXT Excellent Young Researcher / UTokyo Excellent Young Researcher)

Innovation in materials and chemical processes using microwave heating

The University of Tokyo, Graduate School of Engineering, Department of Chemical System Engineering (Assistant Professor / MEXT Excellent Young Researcher / UTokyo Excellent Young Researcher)

Innovation in materials and chemical processes using microwave heating
Making full use of microwaves to synthesize innovative nanomaterials and develop highly difficult catalytic reaction processes
\ NOW ON STAGE /

Tohoku University, Associate Professor

Development of a combined electricity/hydrogen energy storage system for large-capacity renewable energy power sources

Tohoku University, Associate Professor

Development of a combined electricity/hydrogen energy storage system for large-capacity renewable energy power sources
“Packaging” renewable energy + energy storage system
\ NOW ON STAGE /

Okayama University, Institute of Natural Science, Faculty of Engineering (Assistant Professor)

A challenge to ultra-fast charging through contactless power transfer using high-temperature superconducting coils

Okayama University, Institute of Natural Science, Faculty of Engineering (Assistant Professor)

A challenge to ultra-fast charging through contactless power transfer using high-temperature superconducting coils
Achieve carbon neutrality in 2050 by popularizing storage battery trains
\ NOW ON STAGE /

Tokushima University, Graduate School of Science and Technology for Innovation (Associate Professor)

Emotion estimation based on multimodal information such as language, audio, and images

Tokushima University, Graduate School of Science and Technology for Innovation (Associate Professor)

Emotion estimation based on multimodal information such as language, audio, and images
Multimodal emotion estimation technology that can be used for emotional conversation robots that can be applied to stress detection and nursing care.
\ NOW ON STAGE /

Tohoku Institute of Technology (Associate Professor) / Meijo University (Associate Professor)

Distributed sensing of human movements at high speed and with high precision, contributing to remote control robots, visualization of skills, and VR technology

Tohoku Institute of Technology (Associate Professor) / Meijo University (Associate Professor)

Distributed sensing of human movements at high speed and with high precision, contributing to remote control robots, visualization of skills, and VR technology
New applications developed by digitalizing and networking human strength and delicate movements
\ NOW ON STAGE /

Tokyo University of Science, Institute for Integrated Research (Assistant Professor)

Development of solid oxide fuel cell microreactor for distributed energy

Tokyo University of Science, Institute for Integrated Research (Assistant Professor)

Development of solid oxide fuel cell microreactor for distributed energy
We will build a platform that adds portability to high-performance SOFC, which has been used for stationary applications.
\ NOW ON STAGE /

Yokohama National University, Graduate School of Engineering (Associate Professor)

Development of organic pressure-sensitive materials that respond to mechanical stimuli for application in next-generation pressure sensors

Yokohama National University, Graduate School of Engineering (Associate Professor)

Development of organic pressure-sensitive materials that respond to mechanical stimuli for application in next-generation pressure sensors
Application to next-generation pressure sensors that detect mechanical stimuli with high sensitivity
\ NOW ON STAGE /

Shinshu University

Portable water quality sensor system with in-situ measurement and data transfer capabilities

Shinshu University

Portable water quality sensor system with in-situ measurement and data transfer capabilities
Develop a reliable and portable water quality sensor with data connectivity, allowing the knowledge and sharing of the water quality information. Solving the problem of water with innovation and collaboration.
\ NOW ON STAGE /

Tohoku University, Institute of Multidisciplinary Research for Advanced Materials (Associate Professor)

Development of ultra-environmentally friendly and sustainable all-organic batteries for next-generation energy storage

Tohoku University, Institute of Multidisciplinary Research for Advanced Materials (Associate Professor)

Development of ultra-environmentally friendly and sustainable all-organic batteries for next-generation energy storage
Realizing sustainable electrical energy storage
\ NOW ON STAGE /

Nagaoka University of Technology, Department of Materials Science and Technology

Next-generation infrastructure developed with ceramic fluorescent coating

Nagaoka University of Technology, Department of Materials Science and Technology

Next-generation infrastructure developed with ceramic fluorescent coating
Functional ceramic fluorescent coating for infrastructure stock
The 3Rs (Reduce/Reuse/Recycle) of Japanese concrete created by functional ceramic fluorescent coating
\ NOW ON STAGE /

Kogakuin University, Faculty of Advanced Engineering, Department of Environmental Chemistry (Associate Professor)

Electrochemical measurement system that allows multi-axis and high-speed evaluation of electrode materials inside storage batteries

Kogakuin University, Faculty of Advanced Engineering, Department of Environmental Chemistry (Associate Professor)

Electrochemical measurement system that allows multi-axis and high-speed evaluation of electrode materials inside storage batteries
Innovation in storage battery evaluation technology that takes a lot of time
\ NOW ON STAGE /

Hamamatsu University School of Medicine, Institute for Photon Medical Research

Development of non-contact hardness measurement method using light transmission and reception

Hamamatsu University School of Medicine, Institute for Photon Medical Research

Development of non-contact hardness measurement method using light transmission and reception
We add a perspective of qualitative evaluation of hardness to quality evaluation, which until now has been biased towards evaluation of shape.
\ NOW ON STAGE /

National Institute of Technology, Tsuyama College, Lecturer

Development of motors and their drive technology to realize highly efficient electric vehicles

National Institute of Technology, Tsuyama College, Lecturer

Development of motors and their drive technology to realize highly efficient electric vehicles
Realization of highly efficient electric vehicles
\ NOW ON STAGE /

Shibaura Institute of Technology, Faculty of Engineering, Department of Electrical Engineering (Associate Professor)

Utilization of origami devices that form autonomous structures at any given opportunity

Shibaura Institute of Technology, Faculty of Engineering, Department of Electrical Engineering (Associate Professor)

Utilization of origami devices that form autonomous structures at any given opportunity
Popularization of origami devices in the market
\ NOW ON STAGE /

Yamagata University, Graduate School of Organic Materials Science

Development of ion pair sensor using frustrated Lewis pairs

Yamagata University, Graduate School of Organic Materials Science

Development of ion pair sensor using frustrated Lewis pairs
Ion sensing materials required for next-generation technology and sustainable development
Development of a fluorescent sensor that can detect multiple ion species simultaneously
\ NOW ON STAGE /

Kochi University of Technology (Professor) / Kochi University (Associate Professor)

Development of 1-tree leaf-fruit ratio estimation technology for innovation in fruit cultivation technology

Kochi University of Technology (Professor) / Kochi University (Associate Professor)

Development of 1-tree leaf-fruit ratio estimation technology for innovation in fruit cultivation technology
Making life easier for farmers with technology
\ NOW ON STAGE /

Mie University, Center for Semiconductor and Digital Future Innovation, Professor

Development of new driver condition estimation index using seat pressure data analysis

Mie University, Center for Semiconductor and Digital Future Innovation, Professor

Development of new driver condition estimation index using seat pressure data analysis
Realizing the era of safe autonomous driving through early detection technology for driver fatigue
\ NOW ON STAGE /

Shinshu University, Faculty of Textile Science and Technology (Assistant Professor)

Smarter development of new melt-blown nonwoven fabrics using different diameter mixed fiber composite spinning technology

Shinshu University, Faculty of Textile Science and Technology (Assistant Professor)

Smarter development of new melt-blown nonwoven fabrics using different diameter mixed fiber composite spinning technology
New properties can be imparted to conventional single-component nonwoven fabrics by mixing two types of resin fibers using a special nozzle.
\ NOW ON STAGE /

Tokyo Metropolitan University, Faculty of Systems Design, Department of Electrical and Electronic Engineering

Development of an optical measurement device that enables low-cost, high-speed optical amplitude and phase waveform measurements, intended for use in optical communication equipment, etc.

Tokyo Metropolitan University, Faculty of Systems Design, Department of Electrical and Electronic Engineering

Development of an optical measurement device that enables low-cost, high-speed optical amplitude and phase waveform measurements, intended for use in optical communication equipment, etc.
Development of inexpensive optical measuring instruments that achieve high performance using only low-speed signal processing, which was previously impossible
Popularization of high-performance optical measurement
\ NOW ON STAGE /

Tohoku University, Graduate School of Engineering, Department of Aerospace Engineering

Development of a simple method for measuring elastic constants of mechanically anisotropic materials without shape constraints

Tohoku University, Graduate School of Engineering, Department of Aerospace Engineering

Development of a simple method for measuring elastic constants of mechanically anisotropic materials without shape constraints
Measure independent elastic constants at once without machining or surface treatment!
Measurement method without restrictions on material type, material form, or measurement environment!

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2nd Dec. 15:45 | 16:30
2nd Dec. 15:45 - 16:30
Toranomon Hills 5F Hall A2
  • Matching Meetup
Part 2：NEDO connect matching program
50 young researchers with cutting-edge technologies, selected by 190 people in charge of new business ventures and research and development at major companies, will set up booths. This is a networking event-style matching program.
  • Materials / Chemistry
  • Renewable Energy / Decarbonization / SDGs / Smart Grid
  • Semiconductors / Precision Machinery / Electronic Components / Batteries
  • Manufacturing / Production Processes / Manufacturing Equipment
With support from NEDO, we provide matching opportunities with young researchers engaged in diverse R&D fields.
Approximately 50 researchers from universities, national research institutes, and technical colleges possessing cutting-edge technology seeds will participate, making it an ideal opportunity to discover new collaboration and investment partners.
This event offers a rare chance to explore a wide range of technologies — from emerging concepts to those nearing social implementation.
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Toyohashi University of Technology, Department of Computer Science and Engineering

Autonomous mobility in the smart city era provides safety and security based on human cognitive and behavioral characteristics
Looking ahead to the smart city era, we aim to commercialize autonomous mobility for logistics, which is equipped with control technology based on human cognitive and behavioral characteristics.
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Yokohama National University, Graduate School of Engineering, Associate Professor

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Tohoku University, Associate Professor

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Okayama University, Institute of Natural Science, Faculty of Engineering (Assistant Professor)

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Yokohama National University, Graduate School of Engineering (Associate Professor)

Development of organic pressure-sensitive materials that respond to mechanical stimuli for application in next-generation pressure sensors

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Shinshu University

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Tohoku University, Institute of Multidisciplinary Research for Advanced Materials (Associate Professor)

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Nagaoka University of Technology, Department of Materials Science and Technology

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Kogakuin University, Faculty of Advanced Engineering, Department of Environmental Chemistry (Associate Professor)

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Hamamatsu University School of Medicine, Institute for Photon Medical Research

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Yamagata University, Graduate School of Organic Materials Science

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Shinshu University, Faculty of Textile Science and Technology (Assistant Professor)

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Development of an optical measurement device that enables low-cost, high-speed optical amplitude and phase waveform measurements, intended for use in optical communication equipment, etc.
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Tohoku University, Graduate School of Engineering, Department of Aerospace Engineering

Development of a simple method for measuring elastic constants of mechanically anisotropic materials without shape constraints

Tohoku University, Graduate School of Engineering, Department of Aerospace Engineering

Development of a simple method for measuring elastic constants of mechanically anisotropic materials without shape constraints
Measure independent elastic constants at once without machining or surface treatment!
Measurement method without restrictions on material type, material form, or measurement environment!

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