Classical headers enable deterministic polarization compensation over 48 km deployed fiber, recovering single-photon Stokes vectors to within 10° and entangled-pair visibilities above 79% even after abrupt birefringence jumps.
Direct T racking of State-of- Polarization Fluctuations in Fiber due to Polarization Mode Dispersion Using Machine Learning
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Polarization Tracking and Active Compensation Using Classical Headers in Quantum Wrapper Networking
Classical headers enable deterministic polarization compensation over 48 km deployed fiber, recovering single-photon Stokes vectors to within 10° and entangled-pair visibilities above 79% even after abrupt birefringence jumps.