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Physics

Twisted crystals show hints of a new kind of superconductivity

A double layer of tungsten diselenide behaves as a superconductor at very low temperatures, which could suggest a new route to developing materials that do so at room temperature

By Alex Wilkins

22 January 2025

Two similar overlaid patterns create what are called moiré patterns, which may be related to superconductivity in some atom-thick materials

RICHARD GERMAIN/SCIENCE PHOTO LIBRARY

A mysterious form of superconductivity has been found in a twisted crystal, which could help researchers better understand how to make super-efficient electronics.

Superconductivity is a rare property that lets some materials conduct electricity with no resistance. We only know of materials that are superconductors at low temperatures or extreme pressures, but a very high or room-temperature superconductor could transform the world’s energy systems by allowing us to send limitless energy over vast distances.

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