Gauge engineering via phase-compensated non-reciprocal hopping enables tunable selection of dominant pure decay modes in directed-graph non-Hermitian networks while preserving amplitude profiles.
Longhi, Non-Hermitian gauged topological laser arrays, Ann
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Gauge-Engineered Tunable Mode Selection in Non-Hermitian Directed-Graph Networks
Gauge engineering via phase-compensated non-reciprocal hopping enables tunable selection of dominant pure decay modes in directed-graph non-Hermitian networks while preserving amplitude profiles.