A time-dependent receiver interface is derived for turbulent free-space quantum polarization links by modeling turbulence effects as slow-time hidden stochastic processes and applying a leading-order closure to obtain effective time-varying depolarization, coherence, and detection parameters.
Security Analysis of MDI- QKD in Turbulent Free-Space Polarization Channels—A Composite Channel Framework
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2representative citing papers
On small stabilizer-code and Grover circuits, coherent Gaussian noise and Pauli noise rank differently under entropy-matched comparison, and a simplified variance-propagation model matches full simulation only in uncorrected circuits.
citing papers explorer
-
A Slow-Time Receiver Interface for Turbulent Free-Space Quantum Polarization Links
A time-dependent receiver interface is derived for turbulent free-space quantum polarization links by modeling turbulence effects as slow-time hidden stochastic processes and applying a leading-order closure to obtain effective time-varying depolarization, coherence, and detection parameters.
-
Continuous Noise Model for Quantum Circuits
On small stabilizer-code and Grover circuits, coherent Gaussian noise and Pauli noise rank differently under entropy-matched comparison, and a simplified variance-propagation model matches full simulation only in uncorrected circuits.