Press releases 2024

Development of a Simple, Revolutionary Printing Technique for Periodic Nano/Microstructures

Development of a Model Capable of Predicting the Cycle Lives of High-Energy-Density Lithium-Metal Batteries

—Major Advances in Putting the Batteries into Practical Use—

Microbeads with Adaptable Fluorescent Colors from Visible Light to Near-Infrared

—Environmentally Friendly Luminescent Material Made Mainly from Plant-Derived Materials—

NIMS Award 2024 goes to Prof. Yuichi Ikuhara and Prof. Franz J. Giessibl

Synthesis of a New Compound with Excellent Intrinsic Magnetic Properties Using Smaller Amounts of Rare Earth Elements

Direct Observation of a Glass Hardening Process

—Crystal Nucleation Model Developed Based on Multiscale Structural Analysis Using Synchrotron X-Ray Radiation—

Creation of a Power-Generating, Gel Electret-Based Device

—Technology May Be Used to Develop Soft, Lightweight Wearable Motion Sensors for Healthcare Purposes—

Appointment of Executive at NIMS

Transforming Common Soft Magnets into a Next-Generation Thermoelectric Conversion Materials by 3 Minutes Heat Treatment

—A New Direction in Material Development for Transverse Thermoelectric Conversion Using Magnetic Materials—

Proof-of-principle demonstration of 3-D magnetic recording

—Possibility of ultra-high density hard disk drives with areal densities exceeding 10 Tbit/in² using multi-level magnetic recording—

Exceptionally Large Transverse Thermoelectric Effect Produced by Combining Thermoelectric and Magnetic Materials

—Technology May Be Used to Develop Thermoelectric Devices with Simpler Structures—

Tomography-based Digital Twins of Nd-Fe-B Magnets

—Pathway to Ultimate Coercivity through Microstructure Optimization—

High-Precision Blood Glucose Level Prediction Achieved by Few-Molecule Reservoir Computing

—Advancement in Compact AI Device Development Employing Molecular Vibrations and Operation Verification—

Successful Cultivation of Stem Cells on the Surface of Ionic Liquids

—Towards a Significant Improvement in the Cultivation Efficiency of Cellular Resources Contributing to Regenerative Medicine—

Alternating Triangular Charge Density Wave Domains Observed within a Layered Superconducting Compound

World’s First N-Channel Diamond Field-Effect Transistor

—A Step Forward in Developing Diamond CMOS Integrated Circuits—

Data Science Approach to Identifying Thermal Conductivity-Related Structural Factors in Amorphous Materials

—A Breakthrough in Metastable Materials Research—

In-Situ Observation of Nanoscale Heat Propagation

—New Electron Microscopy Technique Developed for Thermal Diffusion Measurements—

Development of a Thick-Film Conductive Ink Suitable for Large-Area, Large-Current Printed Electronics