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Quantum brief week 32 2026
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- Hardware innovations are actively dismantling scaling bottlenecks through D-Wave’s dual-rail erasure architecture, which achieves 99.6% gate fidelity by natively tracking hardware-level "erasure" errors, and Princeton’s tantalum-on-silicon transmons, which reached a record 1ms coherence time—triple previous laboratory benchmarks.
- A paradigm shift toward room-temperature and sustainable photonics is emerging, highlighted by LSU’s plasmonic metacrystals that route quantum light without bulky cryogenics and the first demonstration of high-fidelity (94%) quantum entanglement generated directly from filtered sunlight.
- Real-world networking and sensing capabilities are maturing for infrastructure deployment, with NIST and Qunnect s ...
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