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Explore bacterial physiology through this 80-minute lecture delivered at the International Centre for Theoretical Sciences as part of the "Unifying Theories in High-Dimensional Biophysics" program. Delve into the fundamental principles governing bacterial cellular processes and physiological mechanisms while examining how these systems can be understood through low-dimensional theoretical frameworks. Learn about the challenges of analyzing high-dimensional biological data in bacterial systems and discover how simplified models can provide powerful insights into complex bacterial behaviors. Examine the intersection of theoretical physics and microbiology, focusing on how bacterial physiology exemplifies the broader theme of extracting generalizable principles from complex biological systems. Gain insights into resource allocation models in microbial metabolism and understand how bacteria serve as model systems for studying emergent simplicity in high-dimensional biological contexts. This lecture forms part of an interdisciplinary program bringing together theoretical and computational physicists to discuss commonalities across diverse biological fields and identify opportunities for developing unifying frameworks in biophysics.
