Researchers reveal how temporal entanglement (TE) scaling changes in chaotic quantum systems, identifying a transition where TE becomes extensive and signals genuine non-Markovianity in 1D circuits.
Entanglement scaling transitions in chaotic quantum systems
Researchers reveal how temporal entanglement (TE) scaling changes in chaotic quantum systems, identifying a transition where TE becomes extensive and signals genuine non-Markovianity in 1D circuits.