Photonic quantum walk experiments show the non-Hermitian skin effect persists and is enhanced by dephasing decoherence but exhibits order-dependent suppression under amplitude damping.
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Decoherence Resilience of the Non-Hermitian Skin Effect
Photonic quantum walk experiments show the non-Hermitian skin effect persists and is enhanced by dephasing decoherence but exhibits order-dependent suppression under amplitude damping.