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Seminario Matematico e Fisico di Milano
Piazza Leonardo da Vinci, 32 - 20133 Milano
Direttore: Paolo Stellari
      
Vice Direttore: Gabriele Grillo
      
Segretario: Daniele Cassani

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Jaqueline Godoy Mesquita, University of Brasilia
Averaging principles and stability in the context of functional differential equations
Lunedì 17 Giugno 2024, ore 15:15
Sala Consiglio, settimo piano, Dipartimento di Matematica, Politecnico di Milano
Abstract
 
Abbas Moameni, Carleton University, Ottawa
Stratified Monge-Kantorovich optimal transport problems, structure and the uniqueness of optimal transport plans.
Lunedì 06 Maggio 2024, ore 16:30
Aula seminari MOX, sesto piano, Dipartimento di Matematica, Politecnico di Milano
Abstract
 
François Delarue , Université Côte d'Azur
Mean field control and games. Some prospects
Giovedì 18 Aprile 2024, ore 14:00
aula U5 RATIO-3014 Dip di Matematica e Applicazioni - Università Milano - Bicocca
Abstract
 
Corinna Ulcigrai, Institut für Mathematik - Universität Zürich
Periodic surfaces and deterministic random walks: dynamics between geometry and probability
Giovedì 21 Marzo 2024, ore 14:30
aula U5 RATIO-3014 Università Milano - Bicocca
Abstract
Many deterministic systems display chaotic features: the stronger the chaotic features, the better the system can be by approximated by a probabilistic model, an idea that can be traced back to Boltzmann and explains the success of the branch of dynamical systems known as ergodic theory. In this talk we will discuss systems which display only 'mild’ chaotic features, such as the geodesic flow on surfaces which a flat geometry or the Ehrenfest model in mathematical physics. Recent breakthroughs on our understanding of the latter model, introduced more than a century ago, were made possible by the powerful tools exploiting moduli spaces of surfaces and Teichmueller dynamics, an area which has attracted the work of several Fields medallists. We will in particular highlight some results of probabilistic flavor that can still be proven for these deterministic systems, hidden in the fractal structure of trajectories and the 'deterministic random walks' that describe them.
 
Marc Levine, Universität Duisburg-Essen
DT invariants of smooth projective threefolds: classical, quadratic and real
Mercoledì 21 Febbraio 2024, ore 17:00
Sala di Rappresentanza del Dipartimento di Matematica di via Saldini
Abstract
 
Jiri Neustupa, Czech Academy of Sciences, Institute of Mathematics, Prague
On steady solutions to the MHD equations with inhomogeneous generalized impermeability boundary conditions for the magnetic field
Lunedì 19 Febbraio 2024, ore 11:30
Sala di Rappresentanza del Dipartimento di Matematica di via Saldini