|
Antonio De Simone |
Topics on the mathematical modeling of physical and biological systems |
48 h |
December-March |
|
Massimiliano Berti |
Bifurcation theory and perturbation of linear operators |
50 h |
January - |
|
Andrei Agrachev |
Volterra series, shuffles and permutations |
60 h |
January - April |
|
Livia Corsi |
A diagrammatic approach to perturbation theory |
20 h |
January-February |
|
Tamara Grava |
Riemann surfaces and integrable systems |
40 h |
February-April |
|
Don Zagier |
Standard and less standard asymptotic methods |
20 h |
15 February to 23 March 2022 |
|
Stefano Bianchini |
Introduction to Ergodic theory |
|
March-May |
|
Giovanni Bellettini |
Some aspects of mean curvature flow |
20 h |
March-June |
|
Carlo Scarpa |
Moment maps in differential geometry |
20 h |
March-May |
|
Alessandro Tanzini |
Introduction to Topological Field Theories |
40 h |
March-April |
|
Jacopo Stoppa |
Log Calabi-Yau geometry |
40 h |
March-June |
|
Andrea Cangiani |
Numerical Solution of PDEs |
48 h |
March-April |
|
Gregorio Falqui |
Integrable systems and wave motion |
50 h |
March-May |
|
Davide Guzzetti |
Advanced Mathematical Physics B |
50 h |
March-June |
|
Alberto Maspero |
Functional analysis |
50 h |
March–June |
|
Marcello Porta |
Advanced Mathematical Physics A |
60 h |
March-June |
|
Andrea Braides |
Topics in the Calculus of Variations |
60 h |
November-September |
|
Alexander Bufetov |
Point processes and random measures |
20 h |
April-May |
|
Luca Rizzi |
Introduction to sub-Riemannian geometry |
36 h |
March - May |
|
Gianluigi Rozza |
Computational Mechanics by Reduced Order Methods |
20 h |
April |
