A team of theoretical researchers used thermal effective theory to demonstrate that quantum entanglement follows universal ...

A pair of quantum experimenters that share two entangled particles may be able to pass some of that entanglement to other ...

This means that while Charu and Debu can’t form an entangled pair on their own, they can tap into the same “entanglement bank” with particles that communicated with the other entangled pair—Alice to ...

NASA is currently in the process of upgrading its Deep Space Network to dishes that can use laser-based communications, which offer the transfer of data around 10 times faster than current radio ...

In August of 2016, the University of Science and Technology of China launched a large (635 kg) quantum-communication satellite and performed a quantum-entanglement experiment with two ground stations.

Free-space quantum communication experiments made use of the BBM-92 protocol, an advanced technique that uses photon pairs to securely exchange information.

The way it was explained to me is that if you used quantum entanglement for communication, from point A to point B, the person at B would receive a string of apparently random ones and zeros.<BR ...

A Chinese satellite has split pairs of "entangled photons" and transmitted them to separate ground stations 745 miles apart, smashing the previous distance record for such a feat and opening new ...

Entanglement still boggles physicists’ minds to this day, even though our understanding of it has its origins in the renaissance of early 20th-century quantum theory research.

The degradation of entanglement between the BECs is expected to occur immediately after the orbit-hopping BEC undergoes its first change in velocity, and can be observed any time that BEC is ...

SOTA is the world’s smallest and lightest quantum-communication transmitter (6 kg weight, 17.8 cm length, 11.4 cm width, and 26.8 cm height) embarked on the microsatellite SOCRATES.