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New Electrocatalyst Helps Clean Polluted Waters an...

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Data-Driven Approach Quickly Screens for Durable, ...

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Exciting New Strategy Enhances Oxygen Reduction in...

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AI and Physics Draw a Blueprint for Better Hydroge...

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Finding Hidden Catalytic Knowledge from Literature...

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DigMethpy: An AI-Driven Platform for Accelerating ...

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Obituary: Professor Emeritus Masatsugu Shimomura

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AIMR Participated in the 2026 Spring Meeting of th...

AIMResearch brings the very best of AIMR research to a global audience of specialists and nonspecialists alike.
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Non-Hermitian quantum mechanics: Uncovering the geometric properties unique to energy-non-conserving systems
A theoretical framework reveals how geometric properties govern signal amplification in non-Hermitian systems—and offers a new route to measuring the Petermann factor

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Metallurgy: Hidden order unlocks the strength of β-titanium alloys
Atomic-scale imaging reveals a hidden strengthening mechanism in a promising class of high-strength titanium alloys

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Aerospace materials: Rotating expansion process extends fatigue life of superalloy hole structures
Interrupted fatigue tests reveal that compressive residual stress relaxation governs fatigue life improvement in HCR-EP-strengthened Inconel 718 components

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Neural networks: Directional wiring shapes biologically relevant activity patterns in engineered networks
Microfluidic brain-on-a-chip platform reveals how hierarchical modularity and axon-to-dendrite connectivity regulate the balance between integration and segregation

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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.

















