Numerical study of the entanglement spectrum in a critical 2D Heisenberg model reveals M-shaped sublinear magnon modes indicating emergent long-range interactions via worldline deconfinement.
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DQPTs in the 1D XY model fall into six topological classes determined by the number and type (boundary or interior) of critical modes, with three classes newly identified.
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Worldline deconfinement and emergent long-range interaction in the entanglement Hamiltonian and in the entanglement spectrum
Numerical study of the entanglement spectrum in a critical 2D Heisenberg model reveals M-shaped sublinear magnon modes indicating emergent long-range interactions via worldline deconfinement.
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Topological Classification of Dynamical Quantum Phase Transitions in the 1D XY model via Critical Mode Analysis
DQPTs in the 1D XY model fall into six topological classes determined by the number and type (boundary or interior) of critical modes, with three classes newly identified.