Continuous driving in chiral quantum networks allows transient concurrence to exceed the undriven 2/e benchmark because nonsecular terms mix dressed-state coherences under strong driving.
(1) and hence derive some analytical results by working in the single-excitation subspace using a non-Hermitian Hamiltonian approach
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Transient entanglement generation in driven chiral networks beyond the secular approximation
Continuous driving in chiral quantum networks allows transient concurrence to exceed the undriven 2/e benchmark because nonsecular terms mix dressed-state coherences under strong driving.