We have recently demonstrated the significant benefits of event-based sensors in single-molecule localization microscopy (SMLM) super-resolution imaging. Surpassing the performance of traditional scientific cameras, these sensors expand the horizons of temporal resolution in SMLM. Event-based sensors, inspired by the human eye, are characterized by their asynchronous and independent pixels, which detect changes in brightness with high temporal precision. Thus, the EveSMLM technique (event-based SMLM) notably allows for capturing detailed profiles of intensity fluctuations and blinking of each observed molecule. This internship focuses on exploring the EveSMLM technique for studying the photophysics of photoconvertible fluorescent proteins.