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We investigate quantum entanglement in two mutually non-interacting and spatially non-overlapping Bose-Einstein condensates in two harmonic potentials with one-body losses. One-body losses play an important role in the dynamical process… Click to show full abstract
We investigate quantum entanglement in two mutually non-interacting and spatially non-overlapping Bose-Einstein condensates in two harmonic potentials with one-body losses. One-body losses play an important role in the dynamical process of generating quantum entanglement. The stronger one-body losses induce more entanglement and maintain in a longer time interval.
Keywords:
bose einstein;
body losses;
einstein condensates;
entanglement bose;
one body
Journal Title: International Journal of Theoretical Physics
Year Published: 2017
Link to full text (if available)
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Journal Title: International Journal of Theoretical Physics
Year Published: 2017
Link to full text (if available)
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recommendations!