Modulation Induced Memory Resonances in Dynamically Driven Optical Cavities

This research explores periodically driven optical cavities using a time-dependent cavity-field model, demonstrating modulation-induced tuning of cavity resonances and analyzing intracavity field evolution. The study reveals hysteretic behavior and memory effects due to the interplay between periodic modulation and cavity dissipation, identifying distinct memory resonances. The findings offer a framework for engineering memory effects in optical resonators and provide opportunities for tunable photonic environments and dynamic control of light-matter interactions.