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Paper detail

Two-point phase correlations of a one-dimensional bosonic Josephson junction

We realize a one-dimensional Josephson junction using quantum degenerate Bose gases in a tunable double well potential on an atom chip. Matter wave interferometry gives direct access to the relative phase field, which reflects the interplay of thermally driven fluctuations and phase locking due to tunneling. The thermal equilibrium state is characterized by probing the full statistical distribution function of the two-point phase correlation. Comparison to a stochastic model allows to measure the coupling strength and temperature and hence a full characterization of the system.

preprint2011arXivOpen access
Thomas BetzStephanie ManzRobert BückerTarik BerradaChristian KollerGeorgy KazakovIgor E. MazetsHans-Peter StimmingAurelien PerrinThorsten SchummJörg Schmiedmayer
cond-mat.quant-gas
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Thomas BetzStephanie ManzRobert BückerTarik BerradaChristian KollerGeorgy KazakovIgor E. MazetsHans-Peter StimmingAurelien PerrinThorsten SchummJörg Schmiedmayer

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