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Strongly fluctuating fermionic superfluid in attractive π-flux Hubbard model

Ultracold atoms in optical lattice provides a platform to realize the superfluid (SF) state, a quantum order with paired charge-neutral fermions. In this paper, we studied SF state in the twodimensional attractive Hubbard model with pi-flux on each plaquette. The SF state in the pi-flux lattice model suffers very strong quantum fluctuations and the ground state becomes a possible quantum phase liquid state. In this phase, there exists the Cooper pairing together with a finite energy gap for the atoms, but no long range SF phase coherence exists at zero temperature. In addition, we discussed the properties of the SF vortices.

preprint2014arXivOpen access
Ya-Jie WuJiang ZhouSu-Peng Kou
cond-mat.str-el
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Open access3 authors1 topic
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Ya-Jie WuJiang ZhouSu-Peng Kou

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