Modeling Complex Interactions in Natural Systems
summary
Explains methods for modeling complex interactions in natural systems using approaches from dynamical systems theory and biological physics, drawing on techniques related to quantum field theory in curved space and theoretical high-energy physics where relevant; discusses mathematical and computational frameworks developed or used by the author to represent and analyze multi-scale, interacting phenomena.
AI-written summary · about
related talks
56mWhence Complexity?
01h 01mQuantum Revolution: Through Chaos to Triumph
01h 07mPanel with Stephen Wolfram
50mThe Earth is Flat: Exploring the Limits of Science
58mStrong Generalization from Small Brains and No Training Data
11mPhysics on a Wiki
59mInformational and computational aspects of holography
35mWhat We Mean When We Talk About Computational Astrophysics