My group focuses on circadian neurophysiology, studying how circadian rhythms are generated and coordinated in neuronal and glial circuits, with some focus on the master clock. We also study how circadian signals shape brain circuit function. Our expertise ranges from single-cell to synaptic and brain circuit physiology, and we use animal models and state-of-the-art methods, e.g., multielectrode, whole-cell, and dynamic-clamp electrophysiology, Patch-Seq, imaging, optogenetics, and modelling.

Mice or other rodents; Suprachiasmatic nucleus (SCN); Ex vivo system (other than SCN, derived from humans or other animals); Eukaryotic cells (including primary and transformed cell lines); In silico, AI-driven, or theoretical