
Left: This image shows how the electrons are distributed on the surfaces of topological chiral crystals. The extended threads along the diagonal are the “Fermi arc” quantum states revealing the topological behavior of the electrons. The surface Fermi arc is a property that defines topological conductivity — related to the electrical conductivity of the material’s surface — which in these topological chiral crystals was about 100 times larger than that observed in previously identified topological metals. Right: These 3-D images of electron distribution within topological chiral crystals show the helicoid arc quantum state patterns.
Images by the Hasan Lab, Princeton University
Chirality—the property of an object that is distinct from its mirror image—has long captivated scie...
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