Incorporating quantum phase estimation with highly entangled multi-clock states allows uncertainty in proper-time differences to scale as 1/N, surpassing the standard projection-noise limit.
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Enhanced Precision in Entangled Quantum Clocks with Phase Estimation Algorithm
Incorporating quantum phase estimation with highly entangled multi-clock states allows uncertainty in proper-time differences to scale as 1/N, surpassing the standard projection-noise limit.