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Mathematical Analysis, Modelling, and Applications

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Courses of the Academic Year 2021-2022

Lecturer Title Duration Period
Livia Corsi A diagrammatic approach to perturbation theory 20 h January-February
Stefano Bianchini Introduction to Ergodic theory March-May
Giovanni Bellettini Some aspects of mean curvature flow 20 h March-June
Andrea Cangiani Numerical Solution of PDEs 48 h March-April
Alberto Maspero Functional analysis 50 h March–June
Andrea Braides Topics in the Calculus of Variations 60 h November-September
Luca Rizzi Introduction to sub-Riemannian geometry 36 h March - May
Gianluigi Rozza Computational Mechanics by Reduced Order Methods 20 h April
Antonio De Simone Advanced topics on the mechanics of active materials and biological systems 40 h April-July
Sandro Zagatti Semigroup theory and applications April-June
Fabio Cavalletti Introduction to Optimal Transport 30 h April - May
Gianluigi Rozza Topics in Computational Fluid Dynamics 20 h May
Massimiliano Morini Geometric evolution problems 20 h June-July
Andrea Cangiani Advanced FEM Techniques 20 h May-June
Giovanni Stabile Advanced Topics in CFD 20 h June
Prof. Gigliola Staffilani The periodic nonlinear Schrodinger (NLS) equations: deterministic and probabilistic approaches 20 h June 20th - July 1st
Luca Heltai Numerical Solution of PDEs Using the Finite Element Method 20 h 20-24 June 2022

Courses of the Academic Year 2020-2021

Lecturer Title Duration Period
Advanced Programming 48 h October - January
Antonio Lerario Introduction to smooth manifolds -- Advanced Geometry 2 for MsC 50 h October-January
Sandro Zagatti Istituzioni di Analisi Superiore - Modulo A 50 h October - January

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