|
Sandro Zagatti |
Differential equations (Introduction to PDE's) |
60 h |
September - January |
|
Gregorio Falqui |
Hamiltonian methods in Integrable Systems |
20 h |
|
|
Pierre Karim Emile Lazag |
Introduction to Determinantal Point Processes And Intergrable Probability |
20 h |
|
|
Rafael Torres |
4-manifolds |
20 h |
|
|
Ludwik Dabrowski |
Noncommutative Geometry |
40 h |
|
|
Alessandro Tanzini |
Introduction to Topological Field Theories |
40 h |
|
|
Ugo Bruzzo |
Symplectic toric geometry |
50 h |
|
|
Tamara Grava |
Integrable systems and Riemann surfaces |
50 h |
|
|
Jacopo Stoppa |
Differential Geometry |
50 h |
|
|
Andrea Tobia Ricolfi |
Algebraic Geometry |
60 h |
|
|
Marcello Porta |
Topics in Advanced Mathematical Physics |
60 h |
|
|
P.M. Hajac (IMPAN, Warsaw) |
C*-ALGEBRAS THAT ONE CAN SEE |
20 h |
October |
|
Danilo Lewanski (UNITS) |
CohFT and Integrable hierarchies |
20 h |
January-February |
|
Marco Bertola |
Introduction to stochastic matrices and orthogonal polynomials |
30 h |
|
|
Luca Heltai |
An Introduction to modern tools for collaborative science |
12 h |
October - December |
|
Luca Rizzi |
Introduction to sub-Riemannian geometry |
20 h |
Octorber-December |
|
Luca Heltai |
Introduction to numerical analysis and scientific computing with python |
30 h |
December |
|
Alberto Maspero |
Introduction to dispersive equations |
40 h |
November - January |
|
Luca Heltai, Gianluigi Rozza |
Applied Mathematics: an Introduction to Scientific Computing by Numerical Analysis |
48 h |
October - December |
|
Stefano Bianchini |
Topics in advanced analysis 2 |
48 h |
October - January |
