Non-Hermitian skin effect enhances on-site pairing susceptibility by 98% on 3x3 clusters in moiré Hubbard systems via channel-selective boundary localization for intermediate non-reciprocity.
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Phase diagrams for a purely real spectrum are obtained in the two-particle sector of a two-chain interacting Hatano–Nelson–Hubbard model, with winding-number and Lindblad checks of boundary and open-system behavior.
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Non-Hermitian Skin Effect Enhances Pairing Correlations in Moir\'{e} Hubbard Systems
Non-Hermitian skin effect enhances on-site pairing susceptibility by 98% on 3x3 clusters in moiré Hubbard systems via channel-selective boundary localization for intermediate non-reciprocity.
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The Two Orbital, Interacting Hatano-Nelson Model
Phase diagrams for a purely real spectrum are obtained in the two-particle sector of a two-chain interacting Hatano–Nelson–Hubbard model, with winding-number and Lindblad checks of boundary and open-system behavior.