International conference on Non-autonomous & Stochastic Dynamical Systems

Program scope: 

The Conference focuses on recent advances on topological methods, ergodic theory and new developments for non-autonomous and/or stochastic dynamical systems. It is greatly encouraged the connections between the theoretical results and applications to real systems modeled by (ordinary and partial) differential equations, as well as stochastic and functional equations.

Committees:

Scientific Committee: 

Tomás Caraballo (Universidad de Sevilla)
Amadeu Delshams (Universidad Politécnica de Cataluña)
Àngel Jorba (Universidad de Barcelona)
Peter Kloeden (Universidad de Frankfurt)
Sylvia Novo (Universidad de Valladolid)
Rafael Obaya (Universidad de Valladolid)
José Real (Universidad de Sevilla).

Local Organizing Committee:

Tomás Caraballo (Universidad de Sevilla)
María José Garrido (Universidad de Sevilla)
José Antonio Langa (Universidad de Sevilla)
Pedro Marín-Rubio (Universidad de Sevilla)
José Real (Universidad de Sevilla)
José Valero (Universidad Miguel Hernández)

Invited speakers:

- J. Bellissard, Georgia Institute of Technology, Atlanta, USA
        TBA 

- H. Broer,University of Groningen, The Netherlands
        Resonants phenomena in the Schroedinger-Hill equation with periodic or quasi-periodic forcing  

- S.N. Chow, University of Minnesota, USA
        An analysis of phase noise in nonlinear oscillators

- V. Chepyzhov, University of Moscow, Russia 
        TBA 

- H. Crauel, TU-Ilmenau, Ilmenau, Germany
        Measure attractors

- H. Eliasson, Institut de Mathématiques de Jussieu, Paris, France 
        TBA 

- F. Flandoli, University of Pisa, Italy 
        Remarks on 3D stochastic Navier-Stokes equations

- R. Johnson, University of Firenze, Italy, 
        On nonautonomous bifurcation theory

- S. Kuksin, Heriot-Watt University, Edinburgh, UK 
        Mathematics of space-periodic 2D turbulence

- Y. Latushkin, University of Missouri-Columbia, USA 
        The Evans function and Fredholm determinants

- R. de la Llave, University of Texas at Austin, USA, 
        The scattering map to a normally hyperbolic manifold

- V.S. Melnik, Science Academy of Ukraine, Kiev, Ukrania 
        Uniform and individual attractors for multi-valued nonautonomous dynamical systems

- D. Nualart, Universidad de Barcelona, Spain
        TBA

- J. Robinson, University of Warwick, UK
        Extracting physical consequences from the existence of random attractors

- B. Schmalfuss, University of Paderborn, Germany 
        Invariant manifolds for random dynamical systems

- G. R. Sell, University of Minnesota, Minneapolis, USA
        Climate modeling: A challenge for mathematicians

- M. Sevryuk,Institute of Energy Problems of Chemical Physics RAS, Moscow, Russia 
        Frequencies of quasi-periodic motions in Hamiltonian systems that are degenerate or depend quasi-periodically on time

- W. Shen, University of Auburn, Alabama, USA
        Lyapunov exponents of random evolution equations and applications in Biology

- S. Siegmund, University JWG Frankfurt, Frankfurt am Main, Germany
        Nonautonomous bifurcation theory and vortex mergings

- C. Simó, Universidad de Barcelona, Barcelona, Spain
        TBA

- Y. Yi, Georgia Institute of Technology, Atlanta, USA.
        Almost periodically forced circle flows