2D atomic lattices polarize collectively with up to three shifted resonances; their stacks emulate 1D waveguides and allow cancellation of 1D/2D resonance shifts in 3D lattices, plus magnetic-field frequencies for full transparency or opacity.
Near-resonance light scatter- ing from a high-density ultracold atomic 87Rb gas,
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Light propagation in systems involving two-dimensional atomic lattices
2D atomic lattices polarize collectively with up to three shifted resonances; their stacks emulate 1D waveguides and allow cancellation of 1D/2D resonance shifts in 3D lattices, plus magnetic-field frequencies for full transparency or opacity.