A quantum autonomous thermal machine generates entanglement in an external two-qubit system only under thermodynamic cycle A, which exhibits stronger non-Markovianity and higher coherence.
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Generation of Quantum Entanglement in Autonomous Thermal Machines: Effects of Non-Markovianity, Hilbert Space Structure, and Quantum Coherence
A quantum autonomous thermal machine generates entanglement in an external two-qubit system only under thermodynamic cycle A, which exhibits stronger non-Markovianity and higher coherence.