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EPJ Quantum Technology

Table 1 Summary of polarization compensation methods for quantum networks

From: A study of polarization compensation for quantum networks

  1. *Estimated including 3.35% (average of measured QBERs during calibration measurements) net QBER contribution (i.e. 93.3% entanglement fidelity contribution) from entangled photon pair source, user modules, timing jitter, detectors and polarization compensation.
  2. † The actual experimentally measured value depends on the properties of the network link and thus there is a nearly uniform spread of QBER values between the extremes quoted
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