Chiral superfluid in a one-dimensional bipartite optical lattice

A. H. Abbas

doi:10.1103/PhysRevA.105.023327

Chiral superfluid in a one-dimensional bipartite optical lattice

A. H. Abbas^*

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

Abstract

We study the formation of a chiral mode in a one-dimensional bipartite optical potential with a double-well dispersion. The geometry of the first excited state is tuned such that two degenerate energy minima are formed at the quasimomentum q=k0/2 of the first Brillouin zone. Based on the coupled-mode theory, an unconventional superfluid order pq±ip-q is formed between the interacting condensate components within the double-well dispersion band under well-defined phase-locked steady states.

Original language	English
Article number	023327
Journal	Physical Review A
Volume	105
Issue number	2
DOIs	https://doi.org/10.1103/PhysRevA.105.023327
Publication status	Published - Feb 2022

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title = "Chiral superfluid in a one-dimensional bipartite optical lattice",

abstract = "We study the formation of a chiral mode in a one-dimensional bipartite optical potential with a double-well dispersion. The geometry of the first excited state is tuned such that two degenerate energy minima are formed at the quasimomentum q=k0/2 of the first Brillouin zone. Based on the coupled-mode theory, an unconventional superfluid order pq±ip-q is formed between the interacting condensate components within the double-well dispersion band under well-defined phase-locked steady states.",

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AB - We study the formation of a chiral mode in a one-dimensional bipartite optical potential with a double-well dispersion. The geometry of the first excited state is tuned such that two degenerate energy minima are formed at the quasimomentum q=k0/2 of the first Brillouin zone. Based on the coupled-mode theory, an unconventional superfluid order pq±ip-q is formed between the interacting condensate components within the double-well dispersion band under well-defined phase-locked steady states.

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Chiral superfluid in a one-dimensional bipartite optical lattice

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