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Mathematical Analysis, Modelling, and Applications

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Courses of the Academic Year 2025-2026
Lecturer Title Duration Period
Pasquale Claudio Africa Advanced Programming 48 h September - January
Stefano Bianchini Topis in advanced analysis II 50 h September - December
Andrea Braides Limit analysis of variational problems 40 h October-February
Andrea Cangiani Numerical Methods for PDEs 48 h 7 October - 17 December
Gianluigi Rozza, Federico Pichi Applied math: numerical analysis and scientific computing 48 h October - January
Giovanni Noselli Topics in continuum mechanics 60 h October-February
Nicola Gigli Optimal Transport 60 h October-February
Alberto Bressan Optimal Control: tools and applications 20 h
Stefano Pasquali Water waves with vorticity 20 h November-December
Antonio De Simone Mechanics of biological systems 35 h 9th March - 30th April
Antonio De Simone Continuum mechanics of soft and bio-inspired robots 35 h 11th May - 6th July
Massimiliano Berti Topics in Hamiltonian PDEs and critical point theory 40 h January - April
Mathias Braun (EPFL) Metric mathematical relativity and optimal transport 20 h December 2025 - January 2026
Paweł Duch (EPFL) Singular Stochastic PDEs 10 h March
Felix Rott Introduction to Alexandrov geometry across signatures 20 h May-June
Ricardo Grande Izquierdo Weak turbulence and wave kinetic equation 20 h April - May
Andrea Cangiani Introduction to Numerical Analysis and Scientific Computing 20 h January 2026
Javier Gomez-Serrano Modern mathematics: AI, numerical computations, computer-assisted proofs and applications 20 h 22-26 june 2026 and 13-17 july 2026
Niccolò Tonicello Compressible Turbulence 20 h March - April
Beatrice Langella Growth of Sobolev norms in time dependent Schrödinger equations 20 h February - March

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