New techniques for averaging disorder in polarization cumulants and degeneracy-based delocalization detection are introduced and applied to 1D Anderson and de Moura-Lyra models.
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Geometric Binder cumulants derived from a generalized Bargmann invariant detect gap closure in quantum systems for identifying phase transitions.
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Disorder averaging in random lattice models with periodic boundary conditions: Application to models with uncorrelated and correlated disorder
New techniques for averaging disorder in polarization cumulants and degeneracy-based delocalization detection are introduced and applied to 1D Anderson and de Moura-Lyra models.
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From generating functions to the geometric Binder cumulant
Geometric Binder cumulants derived from a generalized Bargmann invariant detect gap closure in quantum systems for identifying phase transitions.