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Vol.24 No.1Become a Materials Scientist!
NIMS Offers Attractive Student Programs
For those who want to dive into real research at the cutting edge of materials science. A deep dive into the NIMS student program. From internships to a curriculum designed to help you earn your degree—support is in place every step of the way. Everything you need to know starts here.
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Vol.23 No.4Entanglement Weaves the Future
Quantum Research, Accelerated by Materials
Quantum sensors, quantum computers, quantum communications—all hinge on quantum materials. To control quantum phenomena woven by as few as a single electron or photon, NIMS takes on the challenge by achieving ultra-high crystal purity, engineering device-fabrication processes, and advancing measurement methodologies to probe unknown properties.
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Vol.23 No.3Mastering Hydrogen
Hydrogen energy holds the key to achieving a decarbonized society. At NIMS, we are driving technological innovation across all phases—producing, storing, and utilizing hydrogen—by focusing on the essential materials at the heart of these processes.
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Vol.23 No.2Research Digest 2024
Spotlight on Materials and Technologies: Highlights from NIMS Press Releases 2024 Discover the latest advancements and emerging trends in materials science!
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Vol.23 No.1The ideal Environment for Materials Research is Here
The Research Network and Facility Services Division brings together the engineers who sustain research at NIMS. From managing shared instruments and assisting users to building digital infrastructure for DX, we highlight the vital behind-the-scenes contributions that power cutting-edge research.
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Vol.22 No.4Flexible Progress to Revolutionize Materials
Aiming for applications in wearable devices and medical technologies, the Research Center for Macromolecules and Biomaterials designs sophisticated polymer structures with precision. Its mission is to contribute to a healthier, more comfortable, and truly inclusive way of life for all.
Updates!
Pick-up Articles
Research Highlights
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2025.10.27
Unlocking the Quantum-Device Potential of Graphene
Case #2 Unlocking the Quantum-Device Potential of Graphene Toward Simultaneous Spin–Valley Control Graphene—a two-dimensional sheet of carbon atoms in a hexagonal lattice—is now in the spotlight as a quantum material. Most carbon atoms are carbon-12 (¹²C), which has no nuclear spin, so graphene avoids hyperfine interaction that would otherwise shorten coherence time—how long an electron […]
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2025.10.27
Pursuing the Ultimate Diamond for Quantum Sensors with HPHT Synthesis
Beyond being a gemstone, diamond’s extreme hardness has long made it indispensable for cutting tools. Today, it is emerging as a key material for quantum sensors that detect tiny signals—such as magnetic fields—with exceptional sensitivity. Leading NIMS’s push to synthesize such diamond by the high-pressure and high-temperature (HPHT) method is Dr. Masashi Miyakawa, Senior Researcher. […]
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2025.10.27
Probing the Mystery of High-Temperature Superconductivity with Artificial Neural Networks
Superconductivity is a state of matter in which a material’s electrical resistance falls to zero below a critical temperature. While the mechanism of superconductivity at ultralow temperatures is well understood, the origin of high-temperature superconductivity—with far higher critical temperatures—has remained elusive. Group Leader Dr. Youhei Yamaji is tackling the problem by combining machine learning with […]
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2025.07.22
Producing Hydrogen | Unlocking Green Hydrogen Production with AI and Mathematical Model
Green hydrogen, produced by splitting water using electricity from renewable energy sources, emits no CO₂ during production. As such, it is drawing attention as a key technology for realizing a sustainable energy cycle. A research team led by Ken Sakaushi is striving to enable the large-scale deployment of water electrolyzers by developing high-performance, low-environmental-impact electrocatalysts […]
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2025.07.22
Storing Hydrogen | Harnessing the Power of Magnetic Materials to Boost Hydrogen Liquefaction Efficiency
To liquefy hydrogen for large-scale transportation and storage, NIMS is developing a magnetic refrigeration system. Akiko Saito and her materials development team are actively involved in the research and development of magnetic materials—core components with the potential to significantly enhance liquefaction efficiency. Where the Magnetic Refrigeration Project Stands Today Magnetic refrigeration technology is drawing attention […]
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2025.07.22
Using Hydrogen | Clean Power Generation with Hydrogen Fuel:
Revolutionizing Turbine Development with Metal 3D PrintingThe shift from fossil fuels to hydrogen for thermal power generation is gaining momentum. However, burning hydrogen efficiently requires more complex turbine structures. Toshiro Osada and Masahiro Kusano are working together to tackle this challenge using metal 3D printing and advanced property prediction programs. The Challenge of Controlling Hydrogen Combustion Thermal power remains a cornerstone […]
Keywords
Analysis and Evaluation Techniques Biomedical Applications Carbon Neutrality Center for Basic Research on Materials (CBRM) Crystal Growth Techniques Data-Driven Approaches Engineers Hydrogen Society Magnetic Materials Polymeric Materials Quantum Materials Quantum Technologies Research Center for Electronic and Optical Materials Research Center for Energy and Environmental Materials (GREEN) Research Center for Macromolecules and Biomaterials Research Center for Magnetic and Spintronic Materials (CMSM) Research Center for Materials Nanoarchitectonics (MANA) Research Center for Structural Materials Research Network and Facility Services Division Platforms Shared Facilities
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This special issue highlights NIMS’s student programs. NIMS is known for advancing cutting-edge materials research, but it is also a place of learning where many students come together to deepen their knowledge and skills. To help students take on new challenges, NIMS offers a wide range of opportunities and support programs. At the same time,…
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Our new feature is “Entanglement Weaves the Future — Quantum Research, Accelerated by Materials” The 2025 Nobel Prize in Physics was announced for three pioneers whose discoveries laid the foundations of quantum computing—signaling renewed momentum for quantum technologies. At the center of this progress are quantum materials: platforms for controlling the quantum behavior of electrons…
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Often called the “ultimate battery” for its high theoretical energy density, the lithium–air battery is explained systematically from the perspective of standardizing evaluation metrics: we organize the principles, performance-evaluation indicators and measurement considerations, and the latest research trends.The accompanying video focuses on how researchers skillfully operate robots and AI. Shoichi Matsuda and Guillaume Lambard at…
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We are pleased to announce the launch of the NIMS NOW website, bringing the latest updates in materials science directly to your screen. Previously available only as a printed publication, NIMS NOW has evolved into a fully web-based platform to provide more timely, accessible, and engaging content.With this transition, the English-language printed edition will be…
