Physics of Complex Systems - Didattica PoliTo

Complex Systems
Complex Systems: interacting, correlated systems with many
degrees of freedom
Physics: simulation of new materials
Information science: reconstruction of information
damaged by noise
Biophysics: simulation of biomolecules, rational drug
design
Bioinformatics: gene sequence alignment, reconstruction
of biomolecular interaction networks
Medicine: analysis of genetic expression profiles and
support to diagnosis
Socio–economy: social networks, traffic, web economy
Physics of Complex Systems
A Master’s Degree:
research oriented
interdisciplinary contents
with strong metodological and computational components
international
fully taught in English
leading to a double diploma
Physics of Complex Systems
Places and partners:
Paris
Paris 6 (Pierre et Marie Curie)
Paris 7 (Diderot)
Paris-Sud 11 (Orsay)
École normale supérieure de Cachan
Torino
Politecnico di Torino
Trieste
SISSA (International School for Advanced Studies)
ICTP (International Center for Theoretical Physics)
Physics of Complex Systems
Places and partners:
Paris
Paris 6 (Pierre et Marie Curie)
Paris 7 (Diderot)
Paris-Sud 11 (Orsay)
École normale supérieure de Cachan
Torino
Politecnico di Torino
Trieste
SISSA (International School for Advanced Studies)
ICTP (International Center for Theoretical Physics)
Physics of Complex Systems
Places and partners:
Paris
Paris 6 (Pierre et Marie Curie)
Paris 7 (Diderot)
Paris-Sud 11 (Orsay)
École normale supérieure de Cachan
Torino
Politecnico di Torino
Trieste
SISSA (International School for Advanced Studies)
ICTP (International Center for Theoretical Physics)
Physics of Complex Systems: program outline
I semester (Trieste)
Introduction to Quantum Mechanics, Quantum Statistics
and Field Theory (8 ECTS)
Introduction to numerical methods and simulation
techniques (8 ECTS)
Applied probability and stochastic processes – Introduction
to computational neurosciences (8 ECTS)
II semester (Torino)
Quantum Solid State Physics (10 ECTS)
Statistical Physics and Biophysics (12 ECTS)
Advanced Experimental Physics (8 ECTS)
Algorithms for optimization and inference (6 ECTS)
Physics of Complex Systems: program outline
I semester (Trieste)
Introduction to Quantum Mechanics, Quantum Statistics
and Field Theory (8 ECTS)
Introduction to numerical methods and simulation
techniques (8 ECTS)
Applied probability and stochastic processes – Introduction
to computational neurosciences (8 ECTS)
II semester (Torino)
Quantum Solid State Physics (10 ECTS)
Statistical Physics and Biophysics (12 ECTS)
Advanced Experimental Physics (8 ECTS)
Algorithms for optimization and inference (6 ECTS)
Physics of Complex Systems: program outline
III semester (Paris)
Statistical Field Theory and non-equilibrium systems (9
ECTS)
Non linear and fluid dynamics (9 ECTS)
Advanced simulation techniques and Mathematical Tools
(6 ECTS)
Chemical and physical aspects of Soft Matter (6 ECTS)
IV semester
Spring school (12 ECTS)
Research stage (18 ECTS)
Physics of Complex Systems: program outline
III semester (Paris)
Statistical Field Theory and non-equilibrium systems (9
ECTS)
Non linear and fluid dynamics (9 ECTS)
Advanced simulation techniques and Mathematical Tools
(6 ECTS)
Chemical and physical aspects of Soft Matter (6 ECTS)
IV semester
Spring school (12 ECTS)
Research stage (18 ECTS)
Physics of Complex Systems
SPRING SCHOOL 2013
Stochastic thermodynamics
Nonlinear dynamics of ultracold atoms
Nonequilibrium physics of biopolymers
Spin glasses and information theory
Machine learning, inference, optimization and control
Physics of Complex Systems
Questa Laurea Magistrale:
si rivolge prevalentemente a laureati (triennali) in
ingegneria dell’informazione
fisica
matematica
è a numero chiuso
è nella classe LM–44 (Modellistica matematico–fisica per
l’ingegneria)
permette di accedere ad un percorso aggiuntivo per
ottenere il titolo di ingegnere
Physics of Complex Systems
Questa Laurea Magistrale:
si rivolge prevalentemente a laureati (triennali) in
ingegneria dell’informazione
fisica
matematica
è a numero chiuso
è nella classe LM–44 (Modellistica matematico–fisica per
l’ingegneria)
permette di accedere ad un percorso aggiuntivo per
ottenere il titolo di ingegnere
Physics of Complex Systems
Questa Laurea Magistrale:
si rivolge prevalentemente a laureati (triennali) in
ingegneria dell’informazione
fisica
matematica
è a numero chiuso
è nella classe LM–44 (Modellistica matematico–fisica per
l’ingegneria)
permette di accedere ad un percorso aggiuntivo per
ottenere il titolo di ingegnere
Physics of Complex Systems
Financial support:
LLP–Erasmus
Université Franco–Italienne / Università Italo–Francese
Mediterranean Office of Youth
additional grants, on a competitive basis, from various
institutions in the Paris area
Housing offices
Physics of Complex Systems
Financial support:
LLP–Erasmus
Université Franco–Italienne / Università Italo–Francese
Mediterranean Office of Youth
additional grants, on a competitive basis, from various
institutions in the Paris area
Housing offices
Physics of Complex Systems
Financial support:
LLP–Erasmus
Université Franco–Italienne / Università Italo–Francese
Mediterranean Office of Youth
additional grants, on a competitive basis, from various
institutions in the Paris area
Housing offices
Physics of Complex Systems
Financial support:
LLP–Erasmus
Université Franco–Italienne / Università Italo–Francese
Mediterranean Office of Youth
additional grants, on a competitive basis, from various
institutions in the Paris area
Housing offices
Physics of Complex Systems
Contacts @ PoliTO
http://www.polito.it/pcs
Alessandro Pelizzola, [email protected]
Riccardo Zecchina, [email protected]