Relative motion activates a correlated decoherence channel via Doppler-shifted spectral overlap above the threshold v > 2u_φ, while below threshold the environment acts mainly as a coherent mediator.
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Photoelectric readout of NV centers can achieve an order of magnitude better magnetic field sensitivity than optical readout when limited by Johnson-Nyquist noise.
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Correlated decoherence in a common environment activated by relative motion
Relative motion activates a correlated decoherence channel via Doppler-shifted spectral overlap above the threshold v > 2u_φ, while below threshold the environment acts mainly as a coherent mediator.
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Impact of Photoelectric Readout Noise on Magnetic Field Sensitivity of NV Centers in Diamond
Photoelectric readout of NV centers can achieve an order of magnitude better magnetic field sensitivity than optical readout when limited by Johnson-Nyquist noise.