Weak nonassociativity introduces a population-dependent coherent term into open-system master equations that suppresses steady-state entanglement by up to 59% in a two-qubit Ising model while leaving relaxation timescales unchanged.
A complementary perspective on the entanglement landscape is provided by scanning the steady-state con- currence as a function ofh/Jat fixed dissipation (Fig
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Non-Associativity Induced Modifications of Open-System Quantum Dynamics: General Master Equation and a Two-Qubit Ising Case Study
Weak nonassociativity introduces a population-dependent coherent term into open-system master equations that suppresses steady-state entanglement by up to 59% in a two-qubit Ising model while leaving relaxation timescales unchanged.