Press Release
2022

2022 Update

• 
  2022.12.22

  Development of an ionic device capable of brain-like information processing

  —Recreating Edge-of-Chaos State May Enhance AI Device Performance—
• 
  2022.11.28

  Imaging Gases in Rainbow Colors

  —Development of a Pressure-Sensitive Device Capable of Characterizing Gases Using Structural Colors—
• 
  2022.11.18

  NIMS, Yamaguchi City and Mori Urban Planning Sign a Collaboration Agreement on Wellness Projects

• 
  2022.11.17

  Cupric Oxide Exhibiting Both Magnetic and Dielectric Properties at Room Temperature

  —Experimental Confirmation of Room-Temperature Multiferroic Behavior Using Neutron Diffraction under High Pressure—
• 
  2022.11.08

  Synthesis of a Silicon-Integrated Organic Framework Film

  —Towards On-Surface Synthesis of Various Carbon Nanofilms—
• 
  2022.10.28

  Fatigue Cracking Mechanism in Metals Revealed through High-Resolution Three-Dimensional Imaging of Large-Volume Samples

  —Technique May Help Enhance the Reliability of Aircraft Engine Components—
• 
  2022.10.25

  Hundreds-fold Electrochemical Measurement Output Brings Data Science to Reveal Microbial Electricity Generation Mechanisms

  —High-quality Electrochemical Database May Stimulate Data-Driven Research on Microbial Fuel Cells and Biodegradable Materials—
• 
  2022.10.20

  Development of an Easy-To-Synthesize Self-Healing Gel Composed of Entangled Ultrahigh Molecular Weight Polymers

  —Circular-Economy-Friendly Gel May Be Used in Durable Flexible Devices—
• 
  2022.09.16

  Achieving Photovoltaic Power Generation for over 1,000 Continuous Hours at an Efficiency of More than 20%

  —Breakthrough Perovskite Solar Cell with Controlled Interfaces—
• 
  2022.08.01

  NIMS Award 2022 Goes to Prof. Teruo Okano, Prof. Kazuhiko Ishihara and Prof. Donald E. Ingber

• 
  2022.08.01

  Appointment of Executive at NIMS

• 
  2022.06.23

  Miniaturization of a Thermoelectric Device Capable of Powering IoT Products

  —Semiconductor Microfabrication Technology Enables Voltage Output Greater than 0.5 V—
• 
  2022.06.22

  3D Printing Nickel Single Crystals Using Laser Additive Manufacturing Technology

  —Widely-Used Technology May Accelerate Development of Heat-Resistant Jet Engine Components—
• 
  2022.06.21

  White Iron Rust Material Provides Safe UV Protection

  —New Material May Serve as an Alternative to Titanium Dioxide as an Active Sunscreen Ingredient—
• 
  2022.06.07

  Materials Open Platform for All Solid-State Battery to Begin Full-Scale Operation

  —Aiming to boost Japan’s Global Competitiveness in the Development of Safe, High-Performance Oxide-Type Solid-State Batteries through Nationwide R&D Collaboration—
• 
  2022.06.03

  Synthesis of Carbon Nanosheets with Numerous Nanopores

  —Technology to Develop Effective Energy Conversion/Storage Materials for Electrocatalysts and Rechargeable Batteries—
• 
  2022.05.30

  Launch of a Materials Open Platform for Permanent Magnet by NIMS and Four Magnet Makers

  —NIMS-Led Basic Research on High-Performance Magnetic Materials Is Expected to Benefit Participating Companies—
• 
  2022.05.19

  Development of a User-Friendly, Hot-Melt, Wound-Healing Adhesive

  —Optimized Hot-Melt Properties May Prevent Postoperative Complications at Body Temperature—
• 
  2022.04.22

  Flexible Temperature Modulation Devices Inspired by Traditional Japanese Paper Crafts

  —New Heating/Cooling Technology Using Conventional Plastics—
• 
  2022.04.11

  Development of an Innovative Hydrogen Liquefaction Technology

  —Potentially Bringing Practical, Cost-Effective Magnetic Refrigeration Systems into Reality—
• 
  2022.04.01

  Development of Magnetic Cooling Materials that Enable Efficient Hydrogen Liquefaction

  —Materials to Create a Durable Hydrogen Liquefaction System—
• 
  2022.04.01

  Appointment of Executive at NIMS

• 
  2022.03.23

  Data-driven robotic experiments accelerate discovery of multi-component electrolyte

• 
  2022.03.10

  Development of an Organic Transistor Enabling Higher Density Circuit Integration

  —Construction of Multiple Logic Circuits Using Only a Single Transistor—
• 
  2022.03.08

  Keeping Apples Fresh Using Clay Films

  —Long-term Food Storage Technology May Help Address Potential Food Crises—
• 
  2022.02.22

  Development of an Oxidation-Resistant Copper Core–Nickel Shell Ink

• 
  2022.02.21

  New Strategy for Designing Thermoelectric Materials

  —Electronic Structure Parameter Database Can Be Useful in Developing Higher Performance Materials—
• 
  2022.02.10

  Experimental Evidence of Two Liquid Waters

  —Direct Observation of Reversible Liquid-Liquid Transition in a Trehalose Aqueous Solution—
• 
  2022.01.18

  Development of a Diamond Transistor with High Hole Mobility

  —Unconventional Removal of Acceptors Enhanced Performance—