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Complexity, Emergence & Upscaling

In mathematically oriented research we attempt to crystallise clear and appliable definitions of a system being complex, in the sense of being more than the direct combination of its components.

The notion of Emergent behaviour is a key focus of our attention, and connnects to the question of forecastability vs chaos in complex systems and more mathematically to non-uniqueness of Gibbs phases.

Specifically identifying the emerging behaviour is crucial in real examples: we are researching general methodologies for variable reduction on networks, the identification of continuum limits in particle systems, and of coherent phenomena in turbulent systems.

 Application areas:

  • theory of complex systems
  • weather & climate
  • understanding jet and resonant wave formation in atmospheric and ocean flows
  • contributing to controlling stability of fusion plasmas.


'What is Emergence?' Podcast