Non-commutative effective field theory of the lowest Landau level superfluid
arXiv:2502.03528 · doi:10.1103/qtyl-2qb9
Abstract
A 2+1D superfluid in a rapidly rotating trap forms an array of vortices, with collective excitations called Tkachenko modes. Du et al. (2024) argued from an effective field theory viewpoint that these excitations are described by a field theory living on a non-commutative space. We elucidate the microscopic origin of these non-commutative fields, and present a novel derivation of the effective field theory for this superfluid using a lowest Landau level projected coherent state path integral approach. Besides conceptual clarity, this approach makes quantitative predictions about the long-wavelength, low-energy behavior in terms of the microscopic parameters of the short-range interacting lowest Landau level superfluid -- relevant to trapped Bose-Einstein condensate experiments.
arXiv comment11 pages + 7 pages supplementary; v2: Added 2 figures and an extra appendix detailing quantitative estimation of EFT parameters; v3: Updated journal information
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