Site Map
- About IMR
- About IMR
- Director’s Greeting
- Principle and Mission
- History
- Successive Directors
- Organization Map
- Budget / Personnel
- Research Divisions and Centers
- Research Division
- Theory of Solid State Physics
- Crystal Physics
- Magnetism
- Low Temperature Physics
- Low Temperature Condensed State Physics
- Quantum Beam Materials Physics
- Quantum Functional Materials Physics
- Microstructure Design of Structural Metallic Materials
- Materials Design by Computer Simulation
- Irradiation Effects in Nuclear and Their Related Materials
- Environmentally Robust Materials
- Nuclear Materials Engineering
- Advanced Crystal Engineering
- Chemical Physics of Non-Crystalline Materials
- Structure-controlled functional materials
- Solid-State Metal-Complex Chemistry
- Non-Equilibrium Materials
- Magnetic Materials
- Crystal Chemistry
- Multi-Functional Materials Science
- Hydrogen Functional Materials
- Deformation Processing
- Actinide Materials Science
- Analytical Science
- Collaborative Research Laboratory for Non-Equilibrium Soft Magnetic Materials
- Design & Engineering by Joint Inverse Innovation for Materials Architecture(DEJI²MA)
- Professional development Consortium for Computational Materials Scientists
(PCoMS) - Tokyo Electron Additive Manufacturing for Multimaterials
- Exploratory Research
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- Laboratory of Low Temperature Materials Science
- Laboratory of alpha-Ray Emitters
- Analytical Research Core for Advanced Materials
- Public Relations Office
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- The Liaison for Innovative Knowledge Hub for Humanities and Materials Science
- Related
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(Access) - Honors and Awards
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- Gender Equality Promotion
- Organization
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- Recent Research Activities [Press release]
- Representative Inventions/Developments
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- Research areas
- Energy-Related Materials
- Theory of Solid State Physics
- Crystal Physics
- Surface and Interface Research
- Materials Design by Computer Simulation
- Irradiation Effects in Nuclear and Their Related Materials
- Nuclear Materials Science
- Nuclear Materials Engineering
- Physics of Electronic Materials
- (Biomaterials Science)
- Solid-State Metal-Complex Chemistry
- Non-Equilibrium Materials
- Magnetic Materials
- Crystal Chemistry
- Hydrogen Functional Materials
- Advanced Crystal Engineering
- Multi-Functional Materials Science
- Actinide Materials Science
- Electronic Materials
- Theory of Solid State Physics
- Magnetism
- Surface and Interface Research
- Low Temperature Physics
- Low Temperature Condensed State Physics
- Metal Physics with Quantum Beam Spectroscopy
- Physics of Electronic Materials
- Solid-State Metal-Complex Chemistry
- Magnetic Materials
- Crystal Chemistry
- Advanced Crystal Engineering
- Actinide Materials Science
- Infrastructural Materials
- Common Foundational Research
- Theory of Solid State Physics
- Magnetism
- Low Temperature Condensed State Physics
- Metal Physics with Quantum Beam Spectroscopy
- Microstructure Design of Structural Metallic Materials
- Materials Design by Computer Simulation
- Irradiation Effects in Nuclear and Their Related Materials
- Chemical Physics of Non-Crystalline Materials
- Actinide Materials Science
- Materials Science of Non-Stoichiometric Compounds
- Analytical Science
- Energy-Related Materials
- KINKEN Research Highlights
(PR Magazins)
- Collaborations
- Education / Graduate School
- Public Relations / Open Facility