Anomalous scale-free localization with energy-dependent Lyapunov exponent in a non-Hermitian lattice generates impurity-induced loss bursts without imaginary-gap closing.
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Glassy disorder in the coin of a 1D discrete-time quantum walk inhibits ballistic spread while keeping it faster than classical diffusion, with slow or fast falloff and mid-strength inflection points depending on the disorder distribution.
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Impurity-induced loss bursts from anomalous scale-free localization in a non-Hermitian dissipative lattice
Anomalous scale-free localization with energy-dependent Lyapunov exponent in a non-Hermitian lattice generates impurity-induced loss bursts without imaginary-gap closing.
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Response to glassy disorder in coin on spread of quantum walker
Glassy disorder in the coin of a 1D discrete-time quantum walk inhibits ballistic spread while keeping it faster than classical diffusion, with slow or fast falloff and mid-strength inflection points depending on the disorder distribution.