Scientists use X-ray pulses to freeze elusive quantum states, potentially unlocking new frontiers in memory storage and ultrafast optoelectronics.

Experiment with massive particles opens path to testing quantum mechanics together with gravitational effects in the same system.

Geneva field test—a leap for quantum networks: ytterbium-doped crystal stores entanglement across 8,235 temporal modes over 5.66 km of metropolitan fiber.

Electron spin in affordable lab-grown materials offers a simpler path toward scalable quantum computers and communication.

Charles H. Bennett and Gilles Brassard receive the 2025 ACM Turing Award for foundational work in quantum information science.

Scientists keep fragile quantum links intact while signals move through cables exposed to wind, temperature swings and other everyday disturbances over more than sixty kilometers.

Can controversial “hydrino” states be explained without rewriting quantum mechanics? A new paper argues ordinary physics, under extreme confinement, resolves the decades-long hydrogen mystery.

Swansea University researchers use mirrors to control quantum noise, enabling new tests of quantum physics and ultra-sensitive sensors.

Researchers have discovered that tiny energy fluctuations found within a vacuum can be used to alter the behavior of nearby materials without the need for external power.

A new silicon-based nanostructure keeps fragile quantum information alive at room temperature, achieving a record performance that could accelerate future quantum computers and ultra-secure communications.