Cellular Growth as a Non-equilibrium Chemical Process by Pablo Sartori

Explore the fascinating world of cellular growth through the lens of non-equilibrium chemical processes in this comprehensive lecture. Delve into the intricate relationship between energy flows and biological functions within cells, examining how they harness and utilize energy to drive vital processes. Investigate the energetic costs and constraints of specific cellular activities, and ponder the fundamental questions surrounding cellular energy budgets and operational limits. Gain insights into the application of physics principles to study nonequilibrium systems in cell biology, and discover the emerging field of physical bioenergetics. Learn about the interface between nonequilibrium physics, energy metabolism, and cell biology, and understand how cells partition energy among different processes. Engage with cutting-edge research and open questions in this exciting area of study, bridging the gap between physics and biology to unravel the mysteries of cellular growth and function.