Higher-order topological dynamics combines higher-order interactions, topology and non-linear dynamics giving rise to new emergent phenomena. These phenomena encode information which can dramatically transform our understanding of complex systems. (IMAGE)

Queen Mary University of London

Higher-order topological dynamics combines higher-order interactions, topology and non-linear dynamics giving rise to new emergent phenomena. These phenomena encode information which can dramatically transform our understanding of complex systems.

Caption

Higher-order topological dynamics  combines higher-order interactions, topology and non-linear dynamics giving rise to new emergent phenomena. These phenomena encode information which can dramatically transform our understanding of complex systems such as the brain and the climate, and can allow for the formulation of new efficient AI algorithms inspired by physics.
 

Credit

Queen Mary University of London

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License

Public Domain

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