Floquet Dressing and Bath Spectral Effects on the Geometric Phase of a Driven Dissipative Qubit
This study investigates how periodic driving reshapes a qubit's dynamics by dressing it with Floquet states. The research shows that this dressing steers which parts of the environment's spectral density affect the system, thereby modifying its dissipative geometric phase. It provides a framework to control the geometric phase using drive amplitude and frequency.