The Budapest Quantum Optics Group

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Theory of confinement-induced interlayer molecular resonances

Márton Kanász-Nagy

(Condensed Matter Research Group of the Hungarian Academy of Sciences, Budapest, Hungary)

Time: Tue Feb 18 10:00:00 2014
Location: Building 1, Room 114, Auditorium

We study theoretically the interaction between two species of bosons confined parabolically in one transverse direction but with a finite separation between the centers of the confining potentials. We demonstrate the existence of new types of confinement-induced Feshbach resonances that can be tuned by changing separation between the layers. They are much sharper than usual two-dimensional confinement-induced resonances, and can be observed in the shaking spectrum of the two-dimensional layers, as shown by detailed many-body calculations for a thermal Bose gas.

References:

  • Márton Kanász-Nagy, Eugene A. Demler, Gergely Zaránd, Theory of confinement-induced interlayer molecular resonances, arXiv:1401.5798