materials

Explainable AI-based physical theory for designing advanced materials

Explainable AI-based physical theory for designing advanced materials

An image illustrating the extended Landau free-energy model developed by a research team at Tokyo University of Science, which allows causal analysis of magnetization reversal in nanomagnets. Using this model, the team was able to effectively visualize the images of the magnetic domain and succeeded in the reverse design of low-power nanostructures. Credit: Tokyo University …

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Explainable AI-based physical theory for designing advanced materials

Explainable AI-based physical theory for designing advanced materials

An image illustrating the extended Landau free-energy model developed by a research team at Tokyo University of Science, which allows causal analysis of magnetization reversal in nanomagnets. Using this model, the team was able to effectively visualize the images of the magnetic domain and succeeded in the reverse design of low-power nanostructures. Credit: Tokyo University …

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How to shoot projectiles through materials without breaking anything

How to shoot projectiles through materials without breaking anything

Graphic abstract. Credit: Nano Letters (2022). DOI: 10.1021/acs.nanolett.2c03894 When charged particles are blasted through ultra-thin layers of material, sometimes spectacular micro-explosions occur, and sometimes the material remains nearly intact. The reasons for this have now been explained by researchers at TU Wien. It looks a bit like a magic trick: some materials can be traversed …

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