Fourier imaging isolates a ring-shaped superradiant emission pattern from cold 87Rb clouds that matches the most superradiant collective jump operator, with superlinear intensity scaling after spatial filtering.
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Metastability timescales near first-order transitions in driven-dissipative systems with hidden time-reversal symmetry are analytically predictable via purification of the steady state.
citing papers explorer
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Fourier imaging of collective spontaneous emission modes in superradiant cold atomic clouds
Fourier imaging isolates a ring-shaped superradiant emission pattern from cold 87Rb clouds that matches the most superradiant collective jump operator, with superlinear intensity scaling after spatial filtering.
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Exact metastability in a class of driven-dissipative quantum many-body systems
Metastability timescales near first-order transitions in driven-dissipative systems with hidden time-reversal symmetry are analytically predictable via purification of the steady state.