Extracting work from multiqubit-interacting system coupled to a common environment

 This study investigates the mechanisms of work extraction from a multiqubit system that interacts within a common zero-temperature environment. By systematically adjusting key parameters such as the number of qubits and the interaction strength among them, we induce non-Markovian dynamics under both strong and weak coupling regimes. Our research reveals that these parameters play a pivotal role in enhancing the efficiency of work extraction from the quantum system. Specifically, we find that increasing the number of qubits and the strength of interactions between them leads to a significant improvement in the work extraction process. These results underscore the importance of optimizing N qubit system and environment parameters to maximize work extraction from multiqubit system. This study provides valuable insights into the optimization strategies necessary for efficient energy utilization in quantum technologies.