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quantum physicsQuanta Magazine
•79% Informative
A team of four researchers has proved that entanglement doesn’t just weaken as temperature increases.
Rather, in mathematical models of quantum systems, there’s always a specific temperature above which it vanishes completely.
The team made their discovery while exploring the theoretical capabilities of future quantum computers.
Four researchers found a way to prove that quantum algorithms can work at high temperatures.
But a rival team came out with a similar proof that a promising algorithm worked well at high temperature.
The new algorithm's output is too unwieldy to store on a classical machine.
But the algorithm’s output — a full description of how the atoms in a spin system are oriented in thermal equilibrium.
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