Sequential transport of two 171Yb atomic ensembles into a shared cavity enables continuous superradiant emission with tens of picowatts power, sub-millihertz linewidth, and a single spectral line at the weighted-average frequency via dipole synchronization.
Superradiant lasing in inhomogeneously broadened ensembles with spatially varying coupling
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A framework for continuous superradiant laser operation via sequential transport of atoms
Sequential transport of two 171Yb atomic ensembles into a shared cavity enables continuous superradiant emission with tens of picowatts power, sub-millihertz linewidth, and a single spectral line at the weighted-average frequency via dipole synchronization.