Abstract
Bright matter-wave solitons [1,2], i. e. stable mesoscopic atomic wave packets that can propagate without dispersion, provide an exceptional testbed for studying quantmn mechanics above the single-atom level. Quasi one-dimensional repulsive condensates loaded in an optical lattice can support bright matter-wave (MW) gap solitons (GSs) created by the interplay between nonlinearity and periodicity [2].
© 2009 IEEE
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