A two-stage protocol, GPS pulse alignment followed by entanglement-based temporal correction, achieves 24 ± 12 ps RMS clock drift in a lab emulation of a dynamic free-space drone channel.
Smin can be determined based on σTSEC within each integration period Ts
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Clock Synchronization for Drone-Based Entanglement Quantum Key Distribution
A two-stage protocol, GPS pulse alignment followed by entanglement-based temporal correction, achieves 24 ± 12 ps RMS clock drift in a lab emulation of a dynamic free-space drone channel.