QUANTUM computing — a fast-advancing field that uses quantum-mechanical properties to perform calculations far beyond the capabilities of classical machines — is accelerating global concern over the ...

For experimental physicists, the latest measurement of the muon is the best of times. For theorists there's still work to do.

Physicists are watching a new class of quantum materials behave in ways that seem to ignore some of the most familiar rules of electricity and magnetism. Instead of electrons marching in neat, ...

The speed of light has been one of science’s most trusted markers of stability. For more than a century, the idea that light ...

Professor James Rondinelli and Dean Christopher Schuh were honored as MRS Fellows for their outstanding contributions to the ...

WiMi innovatively combines the robust feature extraction capabilities of QCNN with the dual-discriminator architecture to construct a hybrid quantum-classical generative adversarial framework. The ...

A major security firm warns that accelerating quantum advances could challenge Bitcoin’s long-term cryptography.

In 1887, one of the most important experiments in the history of physics took place. American scientists Michelson and Morley ...

Encouraged by successes in understanding black holes, theoretical physicists are applying what they’ve learned to whole ...

Quantum oscillations are typically found in metals, but finding this same “electron wiggle” within the bulk of insulators is ...

Quantum computing revolution transforms technology with immense processing power and new possibilities for innovation.