Ultrathin kagome material may reveal exotic quantum states

Physicists have found a way to study a special atomic arrangement called a kagome lattice in an ultrathin material. In this structure, atoms form triangles that share corners, leaving hexagonal gaps between them. That geometry can change how electrons behave, potentially giving rise to electronic states that don't appear in ordinary materials. The new work offers a practical route to probe these unusual quantum phenomena in a controlled setting. It matters because understanding such states could eventually inform future technologies that rely on electron behavior.

What kind of everyday technology might benefit if we could control exotic quantum states?

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