For decades, Wigner crystals have represented one of the most striking predictions in condensed-matter physics: under the right conditions, electrons...

The race to find materials capable of powering practical quantum technologies has gained a powerful new tool. Researchers at the...

When atomic nuclei collide at high energy, they leave behind more than a burst of scattered particles. Their trajectories and...

Quantum networks may one day connect computers, sensors, memories, and clocks that operate in completely different parts of the light...

Quantum computers may eventually transform the study of molecules, magnetic materials and strongly interacting particles, but one obstacle stands between...

Japan has switched on its first full-stack neutral-atom quantum computer, opening a new chapter in the country’s race to build...

A new approach to building faster, more compact optical sensors could help push silicon photonics beyond the limits of conventional...

Optical fibres have carried the world’s internet traffic across oceans and continents because they can guide light for astonishing distances...

Exotic Quantum Phase Could Turn Nearly Immobile Fractons Into a New Platform for Information Storage A new computational study has...

Researchers at the FAMU-FSU College of Engineering and the Florida State University-headquartered National High Magnetic Field Laboratory have proposed a...