Time-dependent modulation of nonlinearity stabilizes metastable nonlinear waves in non-PT-symmetric harmonic traps with complex potentials, unlike static designs alone.
Rotter, A non-Hermitian Hamilton operator and the physics of open quantum systems, Journal of Physics A: Mathematical and Theoretical42, 153001 (2009)
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Non-Hermitian systems exhibit irreversibility due to finite precision, amplification, and non-normality-induced mode mixing, creating a predictability horizon T_of without decoherence or nonlinearity.
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Dissipative Dynamics and Active Stabilization of Linear and Nonlinear Waves in Non-PT-Symmetric Harmonic Traps
Time-dependent modulation of nonlinearity stabilizes metastable nonlinear waves in non-PT-symmetric harmonic traps with complex potentials, unlike static designs alone.
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Precision-Induced Irreversibility in non-Hermitian systems
Non-Hermitian systems exhibit irreversibility due to finite precision, amplification, and non-normality-induced mode mixing, creating a predictability horizon T_of without decoherence or nonlinearity.
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