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Explore biological computations in this 56-minute conference talk delivered by Marianne Bauer from Delft University of Technology at the International Centre for Theoretical Sciences. Delve into the intersection of computational approaches and biological systems as part of the "Unifying Theories in High-Dimensional Biophysics" program. Examine how biological systems perform computational tasks and process information across various scales, from molecular networks to cellular processes. Discover theoretical frameworks that bridge physics and biology to understand emergent computational properties in living systems. Learn about the mathematical principles underlying biological information processing and how high-dimensional biological data can reveal computational mechanisms. Gain insights into how different biological fields approach computational problems and the potential for developing unified theoretical descriptions. This presentation contributes to an interdisciplinary dialogue aimed at identifying common mathematical languages and biological principles that enable low-dimensional descriptions of complex biological phenomena.
