Non-symmetric bilayer atomic arrays suppress diffraction losses via destructive interference for higher quantum interface efficiencies and introduce a collective dark-state memory whose light coupling is tuned by interlayer spacing.
Bistable optical transmission through arrays of atoms in free space.Phys- ical Review A, 103(3):033706
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Non-symmetric quantum interfaces with bilayer atomic arrays
Non-symmetric bilayer atomic arrays suppress diffraction losses via destructive interference for higher quantum interface efficiencies and introduce a collective dark-state memory whose light coupling is tuned by interlayer spacing.