Coupled Breathing Oscillations of Two-Component Fermion Condensates in Deformed Traps

Details Coupled Breathing Oscillations of Two-Component Fermion Condensates in Deformed Traps Coupled Breathing Oscillations of Two-Component Fermion Condensates in Deformed Traps

2006-10-26

arxiv.org/abs/cond-mat/0610727v1

Physics

Condensed Matter

Other Condensed Matter

18 pages and 8 figures

Scientific paper

We investigate collective excitations coupled with monopole and quadrupole oscillations in two-component fermion condensates in deformed traps. The frequencies of monopole and dipole modes are calculated using Thomas-Fermi theory and the scaling approximation. When the trap is largely deformed, these collective motions are decoupled to the transverse and longitudinal breathing oscillation modes. As the trap approaches becoming spherical, however, they are coupled and show complicated behaviors.

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