Dynamic properties and quantum correlations in opto-mechanical systems
This project explores the quantum control process in the dynamics of hybrid electro-opto-mechanical systems involving one or two qubits and the oscillating triple quantum dot. Additionally, it studies quantum entanglement using Fisher information to analyze generated data on physical observables such as current, phononic and photonic densities, and fluctuations.
This project explores the quantum control process in the dynamics of hybrid electro-opto-mechanical systems involving one or two qubits and the oscillating triple quantum dot. Additionally, it studies quantum entanglement using Fisher information to analyze generated data on physical observables such as current, phononic and photonic densities, and fluctuations.