Minisymposia

The duration of talks in minisymposia is 30 minutes including questions.

  • Data-based analysis of complex dynamical systems
  • Diffractive and dispersive nonlinear optics
  • Dissipative systems data assimilation and ergodic theory
  • Dynamic properties from observations - mathematical methods and applications
  • Dynamical design principles and collective behavior in living systems
  • Dynamics and control of biological networks
  • Emergent collective dynamics in neural systems
  • Homoclinic snaking 21 years later a tribute to Patrick Woods
  • Inference and data-driven modeling of large chaotic and noisy systems
  • Instabilities and patterns in extended systems and their control
  • Instabilities bifurcations and collective phenomena in active matter
  • Kinetic modeling of interacting particle systems
  • Multiple time scale dynamics and applications
  • Multiple-diffusive instabilities in rotating complex fluids
  • Network dynamics with state-dependent interactions and applications to biology and medicine
  • Networks of coupled oscillators and maps: chimera states and beyond
  • Neuronal dynamics: from single cell up to large-scale networks
  • Non-autonomous transitions and bifurcations
  • Nonlinear waves in biology
  • Pattern forming fronts in reaction-diffusion equations
  • Physics based and data- driven modeling analysis and control of cardiac dynamics
  • Random dynamical systems: statistical aspects
  • Recent advances in mean-field modelling of brain dynamics
  • Synchronization patterns in networks: theory and applications
  • The dynamics of vision
  • Time delayed systems: theory and experiment
  • Vortex dynamics and turbulence in classical and quantum fluids
  • Wave chaos in mathematics physics and engineering