Light Makes Two Magnetic Strings Sing in Unison ⚡ экспресс
Original: "Macroscopic entanglement between localized domain walls inside a cavity"
Scientists have shown how light in a mirror trap reliably entangles two magnetic walls, and this connection holds at a surprisingly high temperature.
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Two tiny magnetic 'boundaries' inside a mirror trap start trembling synchronously—they've become quantum unified. Amazingly, this connection survives at a higher temperature than usual. Perhaps in the future, such walls will be used to build ultra-secure quantum computers.
🎯 Quantum connections usually fear heat more than a snowman fears the summer sun. But these walls withstand temperatures up to 0.01 degrees above absolute zero. For scale: a typical experiment would require cold a hundred times harsher.
🎬 Like science fiction: entangled particles for instant interstellar communication are getting a real prototype.