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This breakthrough addresses the critical cryogenic barrier by enabling room-temperature quantum operations using gold metacrystals compatible with standard CMOS manufacturing. By suppressing thermal noise without dilution refrigerators, this approach could drastically reduce the infrastructure costs and energy requirements for scaling quantum processors into data centers. The shift from bespoke cooling systems to lithography-friendly architectures marks a pivotal step toward practical, hybrid quantum-classical computing.
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Sursă care acoperăGDELT
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Gold Metacrystal Breakthrough Accelerates Quantum Chip Commercialization
GDELT2 min de cititArticolul și perspectiva sunt în engleză.
Engineered gold metacrystals are shifting quantum computing from ultra-cold labs to scalable, room-temperature silicon-compatible architectures. The recent development of room-temperature gold metacrystals has moved beyond initial proof-of-concept, triggering a reassessment of quantum hardware roadmaps across the…
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