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Research Results Archive

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Research Results Archive

1-20(Total 1627 Count)

A Baseball Cap with a Built-in Flexible Radio

– Proposal for life with flexible electronics –

Update:05/23/2018

A Baseball Cap with a Built-in Flexible Radio

  • Department of Electronics and ManufacturingFlexible Electronics Research Center

Development of a 3D Stacking Process for Non-Volatile MRAM

– Paving the way for possible fabrication of new-generation single-crystal MRAM –

Update:05/14/2018

Development of a 3D Stacking Process for Non-Volatile MRAM

  • Department of Electronics and ManufacturingSpintronics Research Center
  • Department of Electronics and ManufacturingResearch Center for Ubiquitous MEMS and Micro Engineering
  • Department of Electronics and ManufacturingNanoelectronics Research Institute

Complete Revision of the Web-Based Geological Map of Japan

– Completion of a new 1:200,000 high-resolution seamless geological map of Japan based on new classification –

Update:04/24/2018

Complete Revision of the Web-Based Geological Map of Japan

  • Geological Survey of JapanResearch Institute of Geology and Geoinformation

Development of a Hammer Testing System Based on AI to Prevent Oversight in Inspections

– An anomaly map of infrastructure is automatically generated to improve the efficiency of inspections –

Update:04/06/2018

Development of a Hammer Testing System Based on AI to Prevent Oversight in Inspections

  • Department of Information Technology and Human FactorsArtificial Intelligence Research Center
  • Department of Information Technology and Human FactorsHuman Informatics Research Institute

Update:03/09/2018

Mystery of the Emission Mechanism of Materials for Next-Generation Organic Light-Emitting Diodes Unveiled!

  • National Metrology Institute of JapanResearch Institute for Measurement and Analytical Instrument

Development of a Printing Technology for Forming a Suspending Microstructure

– Efficient production of a variety of sensors and acceleration of IoT development –

Update:03/06/2018

Development of a Printing Technology for Forming a Suspending Microstructure

  • Department of Electronics and ManufacturingFlexible Electronics Research Center

World’s Highest Critical Current Density in Magnetic Field Realized by Low Cost High Temperature Superconducting Tape

– Promoting practical applications of high-temperature superconductivity –

Update:03/05/2018

World’s Highest Critical Current Density in Magnetic Field Realized by Low Cost High Temperature Superconducting Tape

  • Department of Energy and EnvironmentResearch Institute for Energy Conservation

Update:02/02/2018

Development of a Plating Technique with Excellent Adhesivity to Carbon Fiber Reinforced Plastic (CFRP)

  • Department of Materials and ChemistryNanomaterials Research Institute
  • Department of Electronics and ManufacturingElectronics and Photonics Research Institute

The World’s First Development of “Photon Microscope” based on Single Photon Spectroscopy with Superconducting Photosensor

– Color imaging in extremely weak light that cannot be observed with an optical microscope –

Update:01/26/2018

The World’s First Development of “Photon Microscope” based on Single Photon Spectroscopy with Superconducting Photosensor

  • National Metrology Institute of JapanResearch Institute for Physical Measurement

Real Time Visualization with a Simple Device of Brown Adipose Tissues That Burn Fat

– Expected to accelerate development of therapy drugs for metabolic syndrome –

Update:01/16/2018

Real Time Visualization with a Simple Device of Brown Adipose Tissues That Burn Fat

  • Department of Materials and ChemistryNanomaterials Research Institute

Thermoelectric Generator Capable of Generating Power at Any Time in the Range of 200°C to 800°C

– Development of a portable air-cooled thermoelectric generator that does not require cooling water –

Update:01/10/2018

Thermoelectric Generator Capable of Generating Power at Any Time in the Range of 200°C to 800°C

  • Department of Materials and ChemistryInorganic Functional Materials Research Institute

Development of a Compact, High-Power Fuel Cell System

– Expectations for application to vehicles and robots by improvement of output power and durability –

Update:12/27/2017

Development of a Compact, High-Power Fuel Cell System

  • Department of Materials and ChemistryInorganic Functional Materials Research Institute

Development of a New Optical Communications Network System with Flexible Scalability

– Toward the dissemination of optical path networks that can improve power efficiency by three orders of magnitude –

Update:12/21/2017

Development of a New Optical Communications Network System with Flexible Scalability

  • Department of Electronics and ManufacturingElectronics and Photonics Research Institute

Development of Nanocapsules Capable of Stable Storage of Middle Molecules and Macromolecules

– Expectation for application to packaging of industrial enzymes and biopharmaceuticals –

Update:12/12/2017

Development of Nanocapsules Capable of Stable Storage of Middle Molecules and Macromolecules

  • Department of Materials and ChemistryNanomaterials Research Institute
  • Department of Materials and ChemistryResearch Institute for Sustainable Chemistry

Development of Safer, More Reliable Compact All-Solid-State Lithium Secondary Batteries

– Realization of the world’s highest lithium-ion-conductivity of oxide-type electrolyte by using single-crystal solid electrolyte –

Update:12/08/2017

Development of Safer, More Reliable Compact All-Solid-State Lithium Secondary Batteries

  • Department of Electronics and ManufacturingAdvanced Coating Technology Reserch Center

Development of High-Brightness, Long-Lasting Phosphorescent Material Suitable for LED Lighting

– Enables diverse luminescent colors and flexible coating –

Update:12/04/2017

Development of High-Brightness, Long-Lasting Phosphorescent Material Suitable for LED Lighting

  • Department of Electronics and ManufacturingAdvanced Coating Technology Reserch Center

Simple and Easy Formation of High-Purity Thin Films of Nano-Carbon Materials Using Light Irradiation

– Significantly improved production efficiency of next-generation electronic materials utilizing nano-carbons –

Update:11/29/2017

Simple and Easy Formation of High-Purity Thin Films of Nano-Carbon Materials Using Light Irradiation

  • Department of Materials and ChemistryResearch Institute for Sustainable Chemistry

Elucidation of the Behavior of a Resistive Random Access Memory by Analyzing Current Noise

- For expanding the application of nonvolatile memories -

Update:06/22/2017

Elucidation of the Behavior of a Resistive Random Access Memory by Analyzing Current Noise

  • Department of Electronics and ManufacturingNanoelectronics Research Institute

A New Method for Analysis of Water Treatment Membrane Fouling by Activated Sludge

- Combination of analyses using a confocal reflection microscope and a next-generation sequencer -

Update:06/20/2017

A New Method for Analysis of Water Treatment Membrane Fouling by Activated Sludge

  • Department of Energy and EnvironmentEnvironmental Management Research Institute

Development of a high precision thermometer for the use at around 1000 °C

– Contributing to the improvement of temperature measurement and control at high temperatures –

Update:06/19/2017

Development of a high precision thermometer for the use at around 1000 °C

  • National Metrology Institute of JapanResearch Institute for Physical Measurement

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