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As it was proposed and recently verified experimentally, the mechanism ofFeshbach resonance in a condensate can create a second condensate component ofmolecules that coexists with the atomic condensate. In this work we investigatesignatures of the presence of the molecular condensate through the equilibriumproperties and collective excitations of the hybrid system of atoms andmolecules, subjected to a trap, employing a time-dependent variational ansatz.We show that the shape of the condensate changes significantly by the presenceof the molecules and that modes unique to this hybrid system appear atobservable frequencies.Comment: 6 pages, 3 figure

Molecular signatures in hybrid atomic-molecular Bose-Einstein condensates