72 citations · 130 across the 6 of their papers we have counts for
6 papers
Composite fermion model for entanglement spectrum of fractional quantum Hall states
Simon C. Davenport, Iván D. Rodríguez, J. K. Slingerland +1
We show that the entanglement spectrum associated with a certain class of strongly correlated many-body states --- the wave functions proposed by Laughlin and Jain to describe the…
Ferromagnetic--nematic order and strongly correlated phases of fermions in optical flux lattices
Simon C. Davenport, Nigel R. Cooper
We study a model of a 2D ultracold atomic gas subject to an "optical flux lattice": a laser configuration where Raman-dressed atoms experience a strong artificial magnetic field. T…
Entanglement Spectrum of Composite Fermion States in Real Space
Ivan D. Rodriguez, Simon C. Davenport, Steven H. Simon +1
We study the entanglement spectra of many particle systems in states which are closely related to products of Slater determinants or products of permanents, or combinations of the…
Spin-singlet Gaffnian wave function for fractional quantum Hall systems
Simon C. Davenport, Eddy Ardonne, Nicolas Regnault +1
We characterize in detail a wave function conceivable in fractional quantum Hall systems where a spin or equivalent degree of freedom is present. This wave function combines the pr…
Spinful Composite Fermions in a Negative Effective Field
Simon C. Davenport, Steven H. Simon
In this paper we study fractional quantum Hall composite fermion wavefunctions at filling fractions ν= 2/3, 3/5, and 4/7. At each of these filling fractions, there are several poss…
Multi-Particle Pseudopotentials for Multi-Component Quantum Hall Systems
Simon C. Davenport, Steven H. Simon
The Haldane pseudopotential construction has been an extremely powerful concept in quantum Hall physics --- it not only gives a minimal description of the space of Hamiltonians but…