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New Hydrogenation Reaction Mechanism for Superhydr...
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Single-Atom Catalysts Change Spin State When Boost...
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Digital Discovery Unlocks Durable Catalyst for Aci...
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Emeritus Professor of Mineral Physics, University ...
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Dr. Reiko Oda selected as a Japanese coordinator o...
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Data-Driven Approach Identifies Promising CO2...
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New Dual-Atom Catalyst Boosts Performance of Zinc-...
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Advancing Electrocatalyst Discovery Through the Le...
AIMResearch brings the very best of AIMR research to a global audience of specialists and nonspecialists alike.
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Van der Waals bilayers: Monolayer stiffness stabilizes ferroelectricity above RT
Theoretical model reveals a soft sliding phonon mode that governs the ferroelectric phase transition
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Carbon Nanomaterials: Machine learning unveils carbon growth mechanism
An AI-driven approach enhances the accuracy and efficiency of carbon deposition modeling
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Antiferromagnets: Micro-ARPES uncovers exotic NdSb surface states
Possible mechanism for generating spin-split surface states revealed
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Decoding doubly periodic weaves: A new era in topological classification
Novel approach to studying periodic structures with crossing matrices
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About AIMR
The Advanced Institute for Materials Research (AIMR) was established in 2007, aiming to contribute to society through the creation of new and innovative materials by gathering researchers from around the world in the fields of materials science, physics, chemistry, and engineering - fields in which Tohoku University holds a leading position in the world in its research.
