How hydrogen ions can control electronic properties of quantum material
SMRTR summary
Physicists at City College of New York developed a technique to control electronic properties of magnetic Weyl semimetals using hydrogen cations. This method allows fine-tuning of Weyl nodes, potentially enabling advanced quantum devices, chiral nano-electronics, and error-proof quantum computing. The process modifies band structures, creates strongly tilted Weyl nodes, and allows for controllable charge transport through a unique "chiral switch."
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