Biological Physics Theory Unit (Greg Stephens)
The Biological Physics Theory Unit is pioneering a new field – the physics of behavior: from individual organisms to entire societies. While the science of the living world is mostly focused on the microscopic, such as the expression of genes or the pattern of electrical activity in our brains, all of these processes serve the greater evolutionary goals of the organism: to find food, avoid predators and reproduce. This is the behavioral scale, and despite it’s importance, our quantitative understanding of behavior is much less advanced. But how do we quantify the emergent dynamics of entire organisms? What principles characterize living movement? Research in our unit addresses these fundamental questions with a modern biophysics approach and model systems ranging from the nematode C. elegans to zebrafish and honeybee collectives. We combine theoretical ideas from statistical physics, information theory and dynamical systems and work in close collaboration with scientists from OIST and around the world to seek unifying principles form novel, quantitative experiments of organisms in natural motion.
Our first published work with the Shimizu group at AMOLF explores motility across a wide range of nematode species
Our work on nonequilibrium sensing with Vudiwat Ngampruetikorn (Wave) and David Schwab (CUNY) is now available from Nature Communications.
We have multiple job openings for postdoctoral researchers. Inquires to firstname.lastname@example.org.