Research Topics

Accurate and Simple Quantification of microRNA Concentration in Living Cells using a Ratiometric DNA Nanomachine-based Sensor

Seeing Raman Spectroscopic Images through Different Scaled Glasses — Uncovering Hidden Markers of Disease —

TbPt₆Al₃: The first rare-earth-based altermagnet

Understanding Esophageal Movements Through Mathematics —Development of a Simple Model to Unravel the Mechanism Behind Mysterious Motility—

High-Performance Thin-Film Transistors Manufactured Safely and Easily —No Hydrogen Gas Required, Achieving Ten Times the Field-Effect Mobility of Conventional Devices—

International Joint Press Release on the Discovery of a New Crystal That Breathes Oxygen

Unraveling How Light’s Rotation Moves Matter — A New Framework to Distinguish Spin and Orbital Effects —

Drug Encapsulation with >2,000-Fold Concentration —Inorganic Nanoparticle Capsules as a New Drug Delivery Carrier —

New Mechanism Discovered for Controlling Heat Flow in Electronic Devices — Promising Advances in Device Performance and Energy Efficiency —

Realizing Fast, Efficient, and Durable CO₂-to-CO Conversion Using an Inexpensive Pigment — Toward Reduction and Effective Utilization of Greenhouse Gases —

Revolutionizing Heat Management with High-Performance Cerium Oxide Thermal Switches

Bridging the Gap: From Frequent Molecular Changes to Observable Phenomena

Fluorescence Radial Fluctuation enables two-photon super resolution microscopy.

Peeling off single-crystalline thermoelectric oxide films

Nematodes joy ride across electric voltages

Solid-state thermal transistor demonstrated —An effective, stable solid-state electrochemical transistor has been developed, heralding a new era in thermal management technology.—

Clarification of material properties for clearly better displays

Clarification of the origin of high electron mobility for ultra-high-definition display materials —A big step toward realizing ultra-high mobility transparent oxide thin film transistors exceeding 100 cm²/Vs—

Practical thermoelectric material that shows stable performance at high temperatures in air is discovered — Oxide thermoelectric material with good reproducibility and high performance at a practical level —

Turn an insulator into a high-temperature superconductor with a single electric switch! — A big step forward in the development of all-solid-state superconducting devices that do not use electrolytes —

A discovery that defied common wisdom! A single-crystal that is less likely to transfer heat than a polycrystalline — Guidelines for designing low thermal conductivity materials —

Record-setting thermoelectric figure of merit achieved for metal oxides

Using a soft crystal to visualize how absorbed carbon dioxide behaves in liquid

Record-high room temperature thermoelectric figure of merit for metal oxides — Great expectations for the realization of stable and practical thermoelectric conversion materials —

High pressure is key for better optical fibers