A new variational Z_4 FQSH trial wavefunction is constructed via anyonic exciton condensation in conjugate Landau levels and shown energetically favorable over alternatives via spherical Monte Carlo.
arXiv preprint arXiv:2501.02525 , year=
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A new projection technique in continuum moiré models yields chiral, layer-polarized edge states in twisted WSe2 nanoribbons that match bulk Chern numbers and are electrically tunable.
Introduces Wilson-loop-ideal bands saturating the quantum metric Wilson-loop bound and a general monotonic flow construction applied to moiré models to achieve low-error ideal states for correlated physics.
A new protocol for layer-resolved transport measurements that extracts anyon statistics from charge distribution across layers in multi-component topological states.
Remote band mixing in moiré models preferentially stabilizes electron Wigner crystals over hole crystals, explaining the greater instability of fractional Chern insulators at ν=1/3 than at ν=2/3.
citing papers explorer
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Trial wavefunction for fractional quantum spin Hall insulators
A new variational Z_4 FQSH trial wavefunction is constructed via anyonic exciton condensation in conjugate Landau levels and shown energetically favorable over alternatives via spherical Monte Carlo.
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Topological Edge States Emerging from Twisted Moir\'e Bands
A new projection technique in continuum moiré models yields chiral, layer-polarized edge states in twisted WSe2 nanoribbons that match bulk Chern numbers and are electrically tunable.
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Wilson-Loop-Ideal Bands and General Idealization
Introduces Wilson-loop-ideal bands saturating the quantum metric Wilson-loop bound and a general monotonic flow construction applied to moiré models to achieve low-error ideal states for correlated physics.
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Probing bilayer topological order with layer-resolved transport
A new protocol for layer-resolved transport measurements that extracts anyon statistics from charge distribution across layers in multi-component topological states.
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Band mixing and particle-hole asymmetry in moir\'e fractional Chern insulators
Remote band mixing in moiré models preferentially stabilizes electron Wigner crystals over hole crystals, explaining the greater instability of fractional Chern insulators at ν=1/3 than at ν=2/3.