Quantum Model Predicts Broadband Dissipation in Open Cavity Electrodynamics
Researchers have developed a theoretical framework based on quasinormal modes to accurately model broadband photon dissipation in open optical cavities.
Researchers have developed a theoretical framework based on quasinormal modes to accurately model broadband photon dissipation in open optical cavities.
Analytical modeling of a two-qubit Jaynes–Cummings system reveals that non-Markovian coupling noise and decoherence-free subspaces can revive and indefinitely preserve ...
Researchers have formulated a first-principles quantum dissipation theory based on quasinormal modes to model broadband light-matter interactions in open optical ...
A proposed superadiabatic shortcut scheme uses Rydberg superatoms to implement a controlled pi phase gate with high simulated fidelities and ...
In a landmark recognition that underscores the frontriers of optical physics and condensed matter science, Rice University’s distinguished physicist, Junichiro ...
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