What's New
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2023.02.06 Update News -
2023.02.02 Update News -
2023.01.31 Update Press ReleaseChemical Crossover Accelerates Degradation of Lithium Electrode in High Energy Density Rechargeable Lithium–Oxygen Batteries
—Use of Lightweight Protective Layer Greatly Extends Battery Cycle Life— -
2023.01.17 Update Press ReleaseDICE Materials Data Platform with Greatly Improved Data Collection and Accumulation Capabilities
—Leveraging Cloud Resources to Promote More Efficient Data Utilization and Sharing— -
2023.01.14 Update News -
2022.12.22 Update Press ReleaseDevelopment of an ionic device capable of brain-like information processing
—Recreating Edge-of-Chaos State May Enhance AI Device Performance— -
2022.12.16 Update NewsDetection of trace amounts of water through solvent vapors!
—Gas sensor replaces Karl Fischer titration for trace water determination.— -
2022.12.07 Update News -
2022.11.28 Update Press ReleaseImaging Gases in Rainbow Colors
—Development of a Pressure-Sensitive Device Capable of Characterizing Gases Using Structural Colors— -
2022.11.18 Update Press Release -
2022.11.17 Update Press ReleaseCupric 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 Update Press ReleaseSynthesis of a Silicon-Integrated Organic Framework Film
—Towards On-Surface Synthesis of Various Carbon Nanofilms— -
2022.10.28 Update Press ReleaseFatigue 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 Update Press ReleaseHundreds-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 Update Press ReleaseDevelopment 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—