Biorthogonal associated-state formalism applied to the non-Hermitian Kitaev chain yields different critical times for dynamical quantum phase transitions than conventional approaches.
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The authors propose a winding-control mechanism via conditional boundary conditions that maps PBC loop spectra to OBC counterparts guided by winding numbers together with BZ/GBZ reconstruction in non-Hermitian systems.
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Biorthogonal Dynamical Quantum Phase Transitions in a Non-Hermitian Kitaev Chain
Biorthogonal associated-state formalism applied to the non-Hermitian Kitaev chain yields different critical times for dynamical quantum phase transitions than conventional approaches.
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Winding-control mechanism of non-Hermitian systems
The authors propose a winding-control mechanism via conditional boundary conditions that maps PBC loop spectra to OBC counterparts guided by winding numbers together with BZ/GBZ reconstruction in non-Hermitian systems.