Irreducible tripartite entanglement in free-fermion chains saturates on a slow t~L^2 timescale and its Markov gap value tracks the number of 'essential tripartite fermions' defined via a null matrix.
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An automated design algorithm optimizes photonic experiment topologies and source parameters to achieve higher-probability entanglement generation for Bell, W, and NOON states while accounting for multi-pair emissions.
Presents a Green's function framework for non-Markovian multi-emitter QED in the two-excitation manifold by retaining photonic amplitudes in a hierarchy of coupled equations.
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Operational meaning of Markov gap in tripartite entanglement of quantum dynamics
Irreducible tripartite entanglement in free-fermion chains saturates on a slow t~L^2 timescale and its Markov gap value tracks the number of 'essential tripartite fermions' defined via a null matrix.
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Automated experimental design for high-probability entanglement generation
An automated design algorithm optimizes photonic experiment topologies and source parameters to achieve higher-probability entanglement generation for Bell, W, and NOON states while accounting for multi-pair emissions.
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Computational framework for non-Markovian multi-emitter dynamics beyond the single-excitation limit
Presents a Green's function framework for non-Markovian multi-emitter QED in the two-excitation manifold by retaining photonic amplitudes in a hierarchy of coupled equations.