SMRTR summary
Austrian physicists confirmed a 20-year-old theory by using correlated light particles as a "quantum bath" to autonomously and continuously entangle distant qubits, potentially helping scale quantum computers and networks.
SMRTR provides this summary for quick context. The original article belongs to Science Daily.
Read the original articleThis archive is built from SMRTR newsletter stories. Subscribe for hand-picked stories without the extra noise.
Physicists at TU Wien discovered that quantum correlations, rather than disrupting time crystals, actually help stabilize these self-repeating quantum systems. They demonstrated...
Scientists at Brookhaven National Laboratory have directly observed "strange quarks" that originated as virtual particles spontaneously emerging from the quantum vacuum,...
Rice University researchers propose using quantum light inside mirrored cavities to extract entanglement from quantum materials more easily. By pushing materials toward a "quantum...
Physicists at Heidelberg University have solved a decades-old quantum mystery by creating a unified theory that explains how particles behave in crowded quantum environments....
Australian researchers have developed a quantum error correction method using gauge theory that could dramatically reduce the number of qubits needed for practical quantum...
Scientists successfully entangled two moving helium atoms through their momentum for the first time, proving Einstein's "spooky action at a distance" theory applies to how...