quantum physics

Just seven photons in a mirrored trap formed a Bose-Einstein condensate, one of the more exotic particle states — and one usually reserved for matter.

A special device aboard the International Space Station has produced Bose-Einstein condensates in space for the first time ever.

A new technique for quantum computing could bust open our whole model of how time moves in the universe.

Atomic clocks have traveled to space before. But no one has ever managed to make one this accurate tick up there before.

In an unprecedented feat, physicists packed three qubits into each of six particles. The implications could be staggering.

There are two kinds of water in every glass, they're different from one another, and scientists managed to separate them and study the differences between them.

This new experiment is a huge example of the behavior Albert Einstein called "spooky action at a distance."

Using entangled photons, scientists want to create a 'quantum radar' that can detect stealth bombers.

There might be a massive, dead star out there that bends the stuff of raw vacuum and prevents itself from collapsing into a black hole.

A team of quantum physicists has busted the limit on how fast information can move through the universe.