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Tunable Quantum States Emerge From Light-Superconductor Link, Defying Conventional Physics
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Tunable Quantum States Emerge From Light-Superconductor Link, Defying Conventional Physics
Researchers have demonstrated that embedding a superconductor with Majorana bound states within an optical cavity enables precise control over their energy and stability via light-matter interactions, offering a novel pathway towards realising robust quantum computation.
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