Hall Viscosity of the Composite-Fermion Fermi Seas for Fermions and Bosons
arXiv:2007.07201 · doi:10.1103/PhysRevB.102.165101
Abstract
The Hall viscosity has been proposed as a topological property of incompressible fractional quantum Hall states and can be evaluated as Berry curvature. This paper reports on the Hall viscosities of composite-fermion Fermi seas at , where is even for fermions and odd for bosons. A well-defined value for the Hall viscosity is not obtained by viewing the composite-fermion Fermi seas as the limit of the Jain states, whose Hall viscosities ( is the two-dimensional density) approach in the limit . A direct calculation shows that the Hall viscosities of the composite-fermion Fermi sea states are finite, and also relatively stable with system size variation, although they are not topologically quantized in the entire space. I find that the composite-fermion Fermi sea wave function for a square torus yields a Hall viscosity that is expected from particle-hole symmetry and is also consistent with the orbital spin of for Dirac composite fermions. I compare my numerical results with some theoretical conjectures.
arXiv comment10 pages, 2 figures
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