Scientists develop more accurate method to predict Kondo Effect in metals
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Researchers from Yale University and the California Institute of Technology created a new computational method. This tool predicts the Kondo effect in certain metals with higher accuracy. The development may help researchers study complex quantum materials.
Researchers from the California Institute of Technology (Caltech) and Yale University have developed a computational method that can more accurately predict the Kondo effect in specific metals, potentially advancing research into complex quantum materials.