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Dynamical decoupling protocols often rely on adjusting the time separationbetween pulses to match the half period of the target signal, limiting theirscope to signals whose period is shorter than the characteristic decoherencetime of the probe. We show that, in the low frequency regime, rather thanstruggling to fit dynamical decoupling sequences, it is more advantageous toperform Ramsey measurements carefully controlling the time at which eachmeasurement is initiated. With such time-tagging, information about the phaseof the signal is recorded, which crucially allows correlating measurements inpost-processing, leading to efficient spectral reconstruction.

Low frequency signal detection via correlated Ramsey measurements