Like quantum physics? What about quantum computers? Or quantum computers in a diamond? Then you should know that researchers at the Max Planck Institute have appropriately devised a way to create a quantum network in which a photon is exchanged between two atoms. Future!
According to Time, the two atoms transmit the photon over a 60 meter fiber optic cable and is said to be the first to send, receive and store information without failure. More here.
According to Time, the two atoms transmit the photon over a 60 meter fiber optic cable and is said to be the first to send, receive and store information without failure. More here.
Professor Ignacio Cirac, a director at MPQ, proposed the framework for the experiment. In his team's quantum network, individual rubidium atoms were lodged between two highly reflective mirrors placed less than a millimeter apart - a setup referred to as an "optical cavity." The team then fired a laser at one of the atoms, calibrated so as not to disturb it and instead cause it to emit a photon, which then traversed the 60-meter fiberoptic cable to be absorbed by the second atom, transferring the first atom's quantum information.