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ILS2025 Time Table

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

Open

3rd Dec. 10:00 | 10:41
3rd Dec. 10:00 - 10:41
Toranomon Hills 5F Hall A1
Online: Channel2
  • University and National Research Institute Pitch
  • Lang: Only Japanese (no simultaneous interpretation)
NEDO connect Dream Pitch [Day 1]
  • NEDO Academia Collaboration Pitch [Dec.3-4]
✓ Reserve
\ NOW ON STAGE /

High-sensitivity gas sensor technology using amorphous oxide semiconductors

Utilizing IGZO-based amorphous oxide semiconductors, a highly sensitive gas sensor is realized. Supporting a hydrogen society and next-generation environmental sensing.

High-sensitivity gas sensor technology using amorphous oxide semiconductors

Utilizing IGZO-based amorphous oxide semiconductors, a highly sensitive gas sensor is realized. Supporting a hydrogen society and next-generation environmental sensing.
Keisuke Ide│Institute of Science Tokyo, Assistant Professor
Semiconductors / Precision Machinery / Electronic Components / Batteries
\ NOW ON STAGE /

Continuous blood glucose measurement contact lens that can operate independently and generates electricity and measures from tear sugar

We are developing contact lenses for continuous blood sugar measurement. We are developing a low-power semiconductor integrated circuit with a configuration that can operate independently to generate and measure electricity from tear sugar.

Continuous blood glucose measurement contact lens that can operate independently and generates electricity and measures from tear sugar

We are developing contact lenses for continuous blood sugar measurement. We are developing a low-power semiconductor integrated circuit with a configuration that can operate independently to generate and measure electricity from tear sugar.
国立大学法人京都大学 新津研究室（低電力集積回路デザイン）
Life Sciences / Drug Discovery / Medical Devices / Regenerative Medicine
\ NOW ON STAGE /

Technology to rapidly build an energy harvesting system optimized for given requirements

Do you face the challenge of wanting to build an energy harvesting system but being unable to invest in development costs because the market is too niche? With embedded AI and distributed design methods, it is possible to instantly construct an energy harvesting system tailored to your needs.

Technology to rapidly build an energy harvesting system optimized for given requirements

Do you face the challenge of wanting to build an energy harvesting system but being unable to invest in development costs because the market is too niche? With embedded AI and distributed design methods, it is possible to instantly construct an energy harvesting system tailored to your needs.
Takeaki Yajima│Associate Professor, Kyushu University, Laboratory of Circuits for Energy Harvesting
ICT / Next-Generation Communications / IoT / M2M
\ NOW ON STAGE /

High-mobility diamond transistor

Modern society is increasingly dependent on electricity, and the importance of power devices that handle power conversion is also growing. In response, we present a high-mobility diamond transistor, a promising candidate for next-generation power device materials.

High-mobility diamond transistor

Modern society is increasingly dependent on electricity, and the importance of power devices that handle power conversion is also growing. In response, we present a high-mobility diamond transistor, a promising candidate for next-generation power device materials.
Yosuke Sasama│Researcher, National Institute for Materials Science (NIMS), Ultra Wide Bandgap Semiconductor Group
Renewable Energy / Decarbonization / SDGs / Smart Grid
\ NOW ON STAGE /

Innovative Circuit Breaker for Cost Reduction and Safety Improvement of Renewable Energy System

We will realize a power grid enabling safe, affordable renewable energy use. Our novel breaker prevents overcurrent peaks, cutting system size and cost to accelerate deployment. We demonstrated 10× reductions in cost and size at 1.5 kV DC; microgrid implementation is planned by FY2027.

Innovative Circuit Breaker for Cost Reduction and Safety Improvement of Renewable Energy System

We will realize a power grid enabling safe, affordable renewable energy use. Our novel breaker prevents overcurrent peaks, cutting system size and cost to accelerate deployment. We demonstrated 10× reductions in cost and size at 1.5 kV DC; microgrid implementation is planned by FY2027.
Yuki Inada│Associate Professor, Saitama University, Graduate School of Science and Engineering
Renewable Energy / Decarbonization / SDGs / Smart Grid
\ NOW ON STAGE /

Manufacturing parameter proposal system for materials with microstructure using generation AI

This is a materials informatics system that uses generative AI to propose microstructures and manufacturing conditions based on material properties, accelerating material development.

Manufacturing parameter proposal system for materials with microstructure using generation AI

This is a materials informatics system that uses generative AI to propose microstructures and manufacturing conditions based on material properties, accelerating material development.
慶應義塾大学　村松研究室
Materials / Chemistry
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4th Dec. 10:00 | 10:41
4th Dec. 10:00 - 10:41
Toranomon Hills 5F Hall A1
Online: Channel2
  • University and National Research Institute Pitch
  • Lang: Only Japanese (no simultaneous interpretation)
NEDO connect Dream Pitch [Day 2]
  • NEDO Academia Collaboration Pitch [Dec.3-4]
✓ Reserve
\ NOW ON STAGE /

AIで切り拓く、偶然に頼らない材料設計

This research uses AI to discover new materials that conventional methods cannot reach. From small datasets, it proposes material candidates without relying on chance, dramatically improving both development speed and certainty.

AIで切り拓く、偶然に頼らない材料設計

This research uses AI to discover new materials that conventional methods cannot reach. From small datasets, it proposes material candidates without relying on chance, dramatically improving both development speed and certainty.
Masahiro Sato│国立大学法人東京大学 大学院工学系研究科 熊田・佐藤研究室　准教授
Materials / Chemistry
\ NOW ON STAGE /

Integrated Plant Factory Solutions for the Stable and Scalable Production of Rare and Designer Cultivated Plants

We provide plant factory solutions for the production of rare, unstable open-field crops and bio-designed crops with precisely controlled flavor and functional components. By reproducing the terroir of regions such as Shizuoka (tea) and Burgundy (wine grapes), it becomes possible to produce export-quality matcha and wine grapes. For companies entering the agri-business field, we offer end-to-end support — from cultivation technology development to plant factory design and construction, mass production operations, and sales. Our proprietary technologies are optimized for rare crops and bio-designed crops with targeted quality and flavor profiles, and are provided together with intellectual property.

Integrated Plant Factory Solutions for the Stable and Scalable Production of Rare and Designer Cultivated Plants

We provide plant factory solutions for the production of rare, unstable open-field crops and bio-designed crops with precisely controlled flavor and functional components. By reproducing the terroir of regions such as Shizuoka (tea) and Burgundy (wine grapes), it becomes possible to produce export-quality matcha and wine grapes. For companies entering the agri-business field, we offer end-to-end support — from cultivation technology development to plant factory design and construction, mass production operations, and sales. Our proprietary technologies are optimized for rare crops and bio-designed crops with targeted quality and flavor profiles, and are provided together with intellectual property.
Yoshihisa Usami│Farmship, Director, CTO
Food / Food Production / Agriculture / Fisheries
\ NOW ON STAGE /

A Containment Technology for Genetically Modified Crops to Achieve Safe and Sustainable Food and Agriculture

Genetically modified crops are used worldwide, but the ecological risks of unintended spread remain insufficiently addressed. We are developing a novel technology to fundamentally prevent these risks and are seeking co-creation partners for further development and social implementation.

A Containment Technology for Genetically Modified Crops to Achieve Safe and Sustainable Food and Agriculture

Genetically modified crops are used worldwide, but the ecological risks of unintended spread remain insufficiently addressed. We are developing a novel technology to fundamentally prevent these risks and are seeking co-creation partners for further development and social implementation.
Masahiro Otani│国立大学法人新潟大学・植物細胞工学研究室　Associate Professor
Food / Food Production / Agriculture / Fisheries
\ NOW ON STAGE /

An Ultra-High-Efficiency Polymer Brush-Based Virus Concentration Technology for Wastewater-Based Epidemiological Surveillance

By layering and immobilizing antibodies on controlled polymer brushes, we are developing an ultra-high efficiency virus concentration material that is ideal for sewerage surveillance. At the pitch, we will briefly introduce this technology. This technology also contributes to improving the efficiency of affinity chromatography, improving the sensitivity of ELISA, etc., and realizing multiplex analysis of viruses.

An Ultra-High-Efficiency Polymer Brush-Based Virus Concentration Technology for Wastewater-Based Epidemiological Surveillance

By layering and immobilizing antibodies on controlled polymer brushes, we are developing an ultra-high efficiency virus concentration material that is ideal for sewerage surveillance. At the pitch, we will briefly introduce this technology. This technology also contributes to improving the efficiency of affinity chromatography, improving the sensitivity of ELISA, etc., and realizing multiplex analysis of viruses.
OKOBIRA Tadashi│Ariake National College of Technology, professor
Materials / Chemistry
\ NOW ON STAGE /

Future "Calcium Carbonate Concrete" to Save the Earth

Calcium carbonate concrete (CCC) was developed, in which raw materials are only concrete waste and CO2 from the atmosphere or exhaust gases. The more CCC is produced, the more CO2 is captured. CCC can be recycled repeatedly. Strength of CCC is equivalent to conventional concrete. CCC can be used for columns and walls, and as interlocking blocks.

Future "Calcium Carbonate Concrete" to Save the Earth

Calcium carbonate concrete (CCC) was developed, in which raw materials are only concrete waste and CO2 from the atmosphere or exhaust gases. The more CCC is produced, the more CO2 is captured. CCC can be recycled repeatedly. Strength of CCC is equivalent to conventional concrete. CCC can be used for columns and walls, and as interlocking blocks.
Takafumi NOGUCHI│The University of Tokyo, Professor
Real Estate / Construction / Smart Home / Smart City
\ NOW ON STAGE /

The Ultimate Zeolite Driving a Circular Economy

Zeolites, with exceptional adsorption and catalytic power, hold the key to solving global challenges in energy and the environment. By advancing research and real-world applications, we aim to make zeolites the core material for a sustainable future.

The Ultimate Zeolite Driving a Circular Economy

Zeolites, with exceptional adsorption and catalytic power, hold the key to solving global challenges in energy and the environment. By advancing research and real-world applications, we aim to make zeolites the core material for a sustainable future.
脇原 徹氏│国立大学法人東京大学 化学システム工学専攻 脇原研究室　教授
Materials / Chemistry
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