Electrons in misfit layered materials mostly stay put—despite what past research assumed—according to The Cornell Chronicle.
Cornell physicists used a new computational method to show that electrons rearrange within their layers, not across them, in materials with mismatched crystal grids. That challenges earlier theories and reshapes how scientists understand electron behavior in quantum systems.
The breakthrough could fast-track the design of superconductors and other advanced materials. Researchers say the method simulates real experiments with unprecedented accuracy, revealing where electrons actually go.
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