ILS2024 Time Table

Dec.2th - 5th
ToranomonHills & Online (partial)
All ILS2024 Power Matching account holders are welcome to attend for free!
12/2 mon
12/3 tue
12/4 wed
12/5 thur
Pitches
Seminars
Meetups
Exhibits
Application Category
NEDO Academia Collaboration Pitch

Open

4th Dec. 10:00 | 10:35
4th Dec. 10:00 - 10:35
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]
  • University and National Research Institute Pitch
NEDO, which promotes industry-academia collaboration, will be holding a pitch event by six university and national research laboratories.
Laboratories in frontier fields (ICT, semiconductors, electronics, digital healthcare, life sciences, etc.) will introduce their research.
\ NOW ON STAGE /

Quantification of cell culturing for the digital transformation thereof

Animal cell culture is gaining attention in medical and food applications, but the instability of cells is a challenge. A key factor is unclear, unquantified handling methods. This study measures the culture process, including manual work time, risk assessment, and improvements for stable operation to reduce risks.

Quantification of cell culturing for the digital transformation thereof

Animal cell culture is gaining attention in medical and food applications, but the instability of cells is a challenge. A key factor is unclear, unquantified handling methods. This study measures the culture process, including manual work time, risk assessment, and improvements for stable operation to reduce risks.
Kei Kanie│Kindai University, Associate Professor
Life Sciences / Drug Discovery / Medical Devices / Regenerative Medicine
\ NOW ON STAGE /

Ultra-sensitive graphene biosensor

We introduce a biosensor based on graphene, a surface-sensitive 2D electronic material. Utilizing the unique properties of graphene, this sensor is a highly sensitive and portable electronic biosensor. The graphene biosensor is a fundamental technology for rapid on-site detection of virus, bacteria and others.

Ultra-sensitive graphene biosensor

We introduce a biosensor based on graphene, a surface-sensitive 2D electronic material. Utilizing the unique properties of graphene, this sensor is a highly sensitive and portable electronic biosensor. The graphene biosensor is a fundamental technology for rapid on-site detection of virus, bacteria and others.
Takao Ono│Osaka University, Associate Professor
Digital Health / Well-being
\ NOW ON STAGE /

Series Power Flow Controller - Small voltage & extremely low loss

Japan’s aging power infrastructure, designed years ago, is starting to show its limitations, such as challenges in selling electricity generated from renewable sources. Introducing a meshed transmission and distribution network would enable more efficient local power consumption. Power flow controllers are key to stabilizing such a network. By using low-voltage, ultra-low-loss series converters, we can achieve an intelligent power grid.

Series Power Flow Controller - Small voltage & extremely low loss

Japan’s aging power infrastructure, designed years ago, is starting to show its limitations, such as challenges in selling electricity generated from renewable sources. Introducing a meshed transmission and distribution network would enable more efficient local power consumption. Power flow controllers are key to stabilizing such a network. By using low-voltage, ultra-low-loss series converters, we can achieve an intelligent power grid.
MANNEN Tomoyuki│University of TSUKUBA, Assistant Professor
Renewable Energy / Decarbonization / SDGs / Smart Grid
\ NOW ON STAGE /

Innovative Circuit Breaker for Cost-Effective, Safe Renewable Energy Systems

We have developed a new circuit breaker to accelerate the installation of renewable energy sources integrated into DC systems. This circuit breaker uses a new method that interrupts overcurrent current before its peak. This circuit breaker is a groundbreaking product that makes it possible to achieve both low cost and safety, which was not possible with conventional circuit breakers.

Innovative Circuit Breaker for Cost-Effective, Safe Renewable Energy Systems

We have developed a new circuit breaker to accelerate the installation of renewable energy sources integrated into DC systems. This circuit breaker uses a new method that interrupts overcurrent current before its peak. This circuit breaker is a groundbreaking product that makes it possible to achieve both low cost and safety, which was not possible with conventional circuit breakers.
Yuki Inada│Graduate School of Science and Engineering, Saitama University, Associate Professor
Renewable Energy / Decarbonization / SDGs / Smart Grid
\ NOW ON STAGE /

Rare metal-free thermoelectric elements as power sources for IoT sensors

Rare metal-free thermoelectric elements meet the power supply needs of IoT sensors.

Rare metal-free thermoelectric elements as power sources for IoT sensors

Rare metal-free thermoelectric elements meet the power supply needs of IoT sensors.
Shohei Horike│Kobe University, Associate Professor
ICT / Next-Generation Communications / IoT / M2M
\ NOW ON STAGE /

Ultra-high performance planar-type electron source capable of operating in low vacuum and low voltage

By using cutting-edge atomic layer materials, we have developed an electron source that operates at a low voltage of 10 V, a low vacuum of 10 Pa, and in even liquids, which was previously impossible, and achieves high-energy monochromatic and high-current density electron emission.

Ultra-high performance planar-type electron source capable of operating in low vacuum and low voltage

By using cutting-edge atomic layer materials, we have developed an electron source that operates at a low voltage of 10 V, a low vacuum of 10 Pa, and in even liquids, which was previously impossible, and achieves high-energy monochromatic and high-current density electron emission.
村上 勝久│AIST, Senior Principal Investigator
Semiconductors / Precision Machinery / Electronic Components / Batteries

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5th Dec. 10:00 | 10:30
5th Dec. 10:00 - 10:30
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]
  • University and National Research Institute Pitch
Five research laboratories from universities and national research institutes will give pitches, which are recommended by NEDO, which promotes industry-academia collaboration.
Laboratories in frontier fields (high-performance materials, Climate Tech, etc.) will introduce their research.
\ NOW ON STAGE /

Development of easily manufacturable vibration energy harvesters

By using spontaneously oriented polar organic molecules, we have developed an electret-based vibration energy harvester that does not require a charging process. This device holds promise as a potential replacement for button batteries in the future.

Development of easily manufacturable vibration energy harvesters

By using spontaneously oriented polar organic molecules, we have developed an electret-based vibration energy harvester that does not require a charging process. This device holds promise as a potential replacement for button batteries in the future.
Yuya Tanaka│Tanaka Research Group, Gunma University,
Semiconductors / Precision Machinery / Electronic Components / Batteries
\ NOW ON STAGE /

Mass synthetic system of peptides with reduced cost and waste

There are very few examples of social implementation of peptide materials, with the exception of pharmaceuticals. This is due to the poor availability of chemical synthesis (high cost, large amount of waste, and only small scale synthesis). We would like to solve this problem by (1) elongating a peptide chain in the reverse direction, (2) introducing a "solubilizing tag" into organic solvents, and (3) developing a new automated peptide synthesis system merged with flow synthesis technology.

Mass synthetic system of peptides with reduced cost and waste

There are very few examples of social implementation of peptide materials, with the exception of pharmaceuticals. This is due to the poor availability of chemical synthesis (high cost, large amount of waste, and only small scale synthesis). We would like to solve this problem by (1) elongating a peptide chain in the reverse direction, (2) introducing a "solubilizing tag" into organic solvents, and (3) developing a new automated peptide synthesis system merged with flow synthesis technology.
Kounosuke Oisaki│National Institute of Advanced Industrial Science and Technology (AIST),
Materials / Chemistry
\ NOW ON STAGE /

Extrapolatable AI Model for Unexplored Materials Creation

Conventional AI methods struggled with extrapolative predictions, making it difficult for materials informatics to design substances with better properties or significantly different structures. This study pioneers an extrapolatable AI model, enabling the discovery of materials with superior characteristics.

Extrapolatable AI Model for Unexplored Materials Creation

Conventional AI methods struggled with extrapolative predictions, making it difficult for materials informatics to design substances with better properties or significantly different structures. This study pioneers an extrapolatable AI model, enabling the discovery of materials with superior characteristics.
Mashiro Sato│The University of Tokyo, Associate Professor
\ NOW ON STAGE /

Turn the city into a forest!!

We are currently working on two projects: the development of a heat-shielding film using a new nanomaterial that is transparent yet effectively blocks heat rays, and the development of a transparent solar cell that generates electricity using infrared light. This project is being promoted through joint research between the Sakamoto Laboratory of the Institute of Scientific and Industrial Research, Osaka University, and OPTMASS Co., Ltd., a university-based venture company.

Turn the city into a forest!!

We are currently working on two projects: the development of a heat-shielding film using a new nanomaterial that is transparent yet effectively blocks heat rays, and the development of a transparent solar cell that generates electricity using infrared light. This project is being promoted through joint research between the Sakamoto Laboratory of the Institute of Scientific and Industrial Research, Osaka University, and OPTMASS Co., Ltd., a university-based venture company.
Osaka University, SANKEN, Sakamoto Lab.
Renewable Energy / Decarbonization / SDGs / Smart Grid
\ NOW ON STAGE /

Obtaining CO2 as a carbon source from the air and exhaust gases around the world in an energy-efficient manner

Production and sales of killer modules that realize energy-saving DAC and CCU

Obtaining CO2 as a carbon source from the air and exhaust gases around the world in an energy-efficient manner

Production and sales of killer modules that realize energy-saving DAC and CCU
Yasuhiro Fukushima│Graduate School of Environmental Studies, Tohoku University
Renewable Energy / Decarbonization / SDGs / Smart Grid

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