Tag: open quantum systems

Researchers demonstrated that intense classical light dynamics in multimode nonlinear optical systems can mediate effective photon interactions to thermalize quantum ...

Analytical modeling of asymmetric three-qubit W-class states shows that concentrated super-links lose their initial entanglement advantage under amplitude damping noise.

An analytically solvable open quantum model demonstrates how cavity linewidth and spectral localization govern conditional two-qubit entanglement.

An international research initiative funded by the John Templeton Foundation will investigate causality, open quantum systems, and the direction of ...

A theoretical study demonstrates that modeling an environment with bounded cognitive resolution suppresses decoherence and Von Neumann entropy growth in ...

A new open-access paper reformulates the C/S/H model's core equation as a completely positive, trace-preserving GKLS evolution law with a ...

A new theoretical study proposes that bath-mediated memory in Josephson junctions could leave history-dependent signatures in quantum tunneling statistics across ...

Physicists have shown that graph symmetries in correlated dissipation decompose the full quantum Liouvillian into small invariant blocks where exceptional ...

A theoretical analysis of a dephasing qubit in a squeezed thermal reservoir shows that the decay of quantum coherence goes ...

University of Illinois physicists have created a bootstrapping framework that classifies non-equilibrium mixed-state quantum phases of matter, fixing flaws in ...