Two Atoms Against Chaos: A Quantum Memory Record ⚡ экспресс
Original: "Beyond-Ten-Hour Coherence in a Decoherence-Free Trapped-Ion Clock Qubit"
Two atoms, swaying in sync on the waves of noise, preserved quantum information for a record 10.5 hours.
Links in the knowledge graph 1
In theory, a qubit lives a million years, but in practice lasted an hour. Two ytterbium ions, laser-cooled, held out for over 10 hours. They were made to "feel" interference in sync — like bobbers on waves. This trick paves the way to reliable quantum computers.
🎯 If a quantum operation took one microsecond, 36 billion such operations could be performed in 10 hours without a single error.
🎬 Such stable memory is reminiscent of the computational core from the novel "The Quantum Thief," capable of storing a personality forever.