What's New
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2020.07.06 Update NEW News Archive -
2020.06.15 Update News ArchiveNIMS releases the Materials Data Repository (MDR) and DICE, a materials data platform
- Data collection, accumulation, and publication for data-driven materials research – -
2020.06.10 Update Press ReleaseSm(Fe0.8Co0.2)12 with a Lean Rare Earth Content Exhibits Superb Magnetism
—Compound May Magnetically Outperform Neodymium Magnets— -
2020.05.01 Update Press Release -
2020.04.01 Update News Archive
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2020.03.24 Update News Archive -
2020.02.06 Update Press ReleaseRecord Superconductor LaH10 Sustained by Atomic Quantum Fluctuations
—New theoretical prediction suggests that the superconductivity approaching room temperature may be possible at much lower pressures than previously expected with classical calculations— -
2020.02.04 Update Press ReleaseDevelopment of a Less Toxic, Sensitive IR Detector Using Optical Antennas and Zigzag Wires
—Enhancement of Quantum Well-Generated Electric Current Using Antenna Resonance May Be Applicable to the Development of Sensitive Room-Temperature IR Detectors— -
2020.01.24 Update Press ReleaseDevelopment of a Solid Material Capable of Slowly Releasing H2S and NO
—Controlled Release Technology Will Facilitate Medical Use of Physiologically Active Gases— -
2020.01.08 Update Press ReleaseSimple, Flexible Optical Manipulation of Charge Current-Induced Heat Flow
—Novel Thermal Energy Control Mechanism Using Electron Spin, a Source of Magnetism— -
2019.12.17 Update Press ReleaseDiscovery of a New Lasing Phenomenon in Honeycomb Structure
—Topology Induces Wave Confinement, Shining Light to the Development of Groundbreaking Microlaser Technologies— -
2019.12.11 Update News Archive -
2019.12.10 Update Press ReleaseDifferentiation of Stem Cell into Neurons on an Interfacial Protein Nanolayer
—Deformable and Dynamic Scaffolds Can Offer an Alternative Approach in Regenerative Medicine to Regulate Stem Cell Differentiation without Expensive Reagents— -
2019.12.10 Update Press ReleaseDevelopment of a Novel Nanosheet with Adjustable Electrical Conductivity
—Unique Hydrogen-Boron Structure Capable of Adsorbing Organic Molecules May Be Applicable to the Development of Molecular Sensors and Catalysts— -
2019.11.22 Update News Archive