| This research delves into the dynamics of open quantum systems, specifically studying the open Rabi and Bose-Hubbard models under various dissipation scenarios. Through the Lindblad master equation, it reveals how these systems can inherently correct errors, contributing to the development of quantum computers resistant to environmental interference. The study identifies key relationships in the Rabi model that lead to superradiant states and uncovers a range of phases in the Bose-Hubbard model, including bistable and metastable states, offering insights into advanced quantum memory and processing. These findings are crucial for progressing quantum technologies by understanding how dissipation influences system stability. |
