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ja
About RIES
Director’s Message
History
Past Directors & Emeritus
Organization
RIES Data
Publications
Labs
Overview
Researchers
Research Divisions and Centers
Photonics and Optical Science
Nanomaterials and Nanoscopy(Uji-i Lab)
Coherent X-ray Optics(Nishino Lab)
Nanosystem Optical Manipulation(Tanaka Lab)
Organic Quantum Optoelectronics(Nakanotani Lab)
Material and Molecular Sciences
Photonic Nanomaterials(Biju Lab)
Emergent Electronic Materials(Kobayashi Lab)
Advanced Supramolecular Materials(Horie Lab)
Biology and Life Sciences
Molecular Device(Ijiro Lab)
Information Biophotonics(Mikami Lab)
Biomedical Data Science(Fujiwara Lab)
Cooperative Research
Social Cooperation Advisory
Alliance Collaborative Research
Collaboration with the Center for Human Nature, Artificial Intelligence, and Neuroscience
Joint Research and Education Center with College of Science, National Yang Ming Chiao Tung University
Green Nanotechnology Research Center
Nanostructured Functional Materials(Matsuo Lab)
Functional Thin Film Materials(Ohta Lab)
Interactive Functional Materials(Nagashima Lab)
Office of Materials and Devices Research Strategies
Research Center of Mathematics for Social Creativity
Mathematical Modeling(Nagayama Lab)
Molecule & Life Nonlinear Sciences(Komatsuzaki Lab)
Mathematical and Physical Ethology(Nakagaki Lab)
Experimental Mathematics
Co-creative Research Support Department
Nikon Imaging Center
Promotion Office for International Alliance
Nanotechnology and DX Center
Highlights
Press Releases
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All
Machining
It-Solutions
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2025 (13)
2024 (10)
2023 (2)
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
TbPt6Al3: The first rare-earth-based altermagnet
Understanding Esophageal Movements Through Mathematics
High-Performance Thin-Film Transistors Manufactured Safely and Easily
International Joint Press Release on the Discovery of a New Crystal That Breathes Oxygen
Unraveling How Light’s Rotation Moves Matter
Drug Encapsulation with >2,000-Fold Concentration
New Mechanism Discovered for Controlling Heat Flow in Electronic Devices
Realizing Fast, Efficient, and Durable CO2-to-CO Conversion Using an Inexpensive Pigment
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