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Physicists show that large clusters of atoms can behave according to quantum rules, existing in multiple places at once, in a major test of physics on bigger scales.

Researchers have found a way to teach AI how to feel surfaces, by leveraging surface quantum interactions with laser light. 

A new approach uses modern quantum tools and gravitational waves to spot single gravitons, potentially uniting quantum physics with Einstein's gravity theory and opening experiments on quantum gravity.

According to a group of experimental physicists, photons have been found to exit a material before entering it.

New discoveries in quantum physics could transform electronics and energy conduction.

Scientists precisely attach organic rings that hold metals to narrow carbon strips, creating systems that combine magnetism, light emission, and sensing for quantum applications.

Researchers develop a machine-learning approach to bend sub-terahertz transmissions, dodging blocks in dynamic spaces for faster wireless data in virtual reality and autonomous vehicles.

Tabletop experiment mimics ringdown waves and photon sphere modes to enable controlled study of extreme gravitational effects.

Scientists have found a way to use chiral crystals to produce hydrogen from water more efficiently than before.

Electrons in pentalayer graphene can be described as a "crystal" of electrons, where their positions and movements become highly correlated.