A matched-filter search statistic for dark matter transients in GPS atomic clock networks is developed, with analytic sensitivity formulas and simulation-based detection thresholds.
The proof holds regardless of the nature of the covariance ma- trix - for example it applies to colored noise network with arbitrary cross-node correlations
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Applying the matched-filter technique to the search for dark matter transients with networks of quantum sensors
A matched-filter search statistic for dark matter transients in GPS atomic clock networks is developed, with analytic sensitivity formulas and simulation-based detection thresholds.