Beyond Silicon’s Horizon: Cryogenic Breakthroughs Bridge the Coherence Gap
Engineering teams achieve millikelvin stabilization across a 1,024-qubit array, sustaining fault-tolerant coherence times tenfold higher than prior benchmarks.
Quantum coherence, high-energy particle physics, biotechnology, and astrophysical probes.
Engineering teams achieve millikelvin stabilization across a 1,024-qubit array, sustaining fault-tolerant coherence times tenfold higher than prior benchmarks.