Course name  Note  Period  Time Table 


COMMUTATIVE ALGEBRA (AL410)The course might be held in Italian  I semester  
 
DIFFERENTIAL GEOMETRY (GE430)The course might be held in Italian  II semester  
 
MATHEMATICAL FOUNDATIONS OF QUANTUM MECHANICS (FM450)The course might be held in Italian  II semester  
 
ALGEBRAIC GEOMETRY I (GE410)The course might be held in Italian  Semester I  
 
CLASSICAL LOGIC (LM420)The course might be held in Italian  Semester I  
 
COMPUTER SCIENCE I (IN450)The course might be held in Italian  Semester I  
 
GRAPH THEORY (GE460)The course might be held in Italian  Semester I  
 
MATHEMATICAL MODELS FOR FINANCE (MF410)The course might be held in Italian  Semester I  
 
MATHEMATICAL PHYSICS (FM410)The course might be held in Italian  Semester I  
 
semester I  
 
Semester I  
 
semester II  
 
APPLIED MATHEMATICS FOR INDUSTRY (MA410)The course might be held in Italian  Semester II  
 
COMPUTER SCIENCE II (IN430)The course might be held in Italian  Semester II  
⇧  
COMPUTER SCIENCE III (IN460)The course might be held in Italian  Semester II  
 
semester II  
 
INTRODUCTION TO FUNCTIONAL ANALYSIS (AM310)The course might be held in Italian  Semester II  
 
semester II  
 
SET THEORY (LM430)The course might be held in Italian  Semester II  
 
semester II  
 
THEORY OF RELATIVITY (FS430)The course might be held in Italian  Semester II  

Course name  Note  Period  Time Table 


SOBOLEV SPACES AND PDE (AM420)The course might be held in Italian  Semester I  
 
ALGEBRAIC GEOMETRY II (GE510)The course might be held in Italian  Semester II  
 
Semester II  
 
ELLIPTIC CURVE CRYPTOGRAPHY (CR510)The course might be held in Italian  Semester II  
 
LINEAR LOGIC (LM510)The course might be held in Italian  Semester II  
 
STOCHASTIC CALCULUS (CP430)The course might be held in Italian.  semester II  
 
ADVANCED TOPICS IN ANALYSIS (AM550)36 h  Semester II   
 
Starting Feb 27 2017  

Course name  Note  Period  Time Table 


 
 
 
Lie Symmetries of Differential and Difference Equations
LIE SYMMETRIES OF DIFFERENTIAL AND DIFFERENCE EQUATIONS
Lie Symmetries of Differential and Difference Equations1. Lie symmetries of differential equatios and their extensions and generalizations 2. Lie point symmetries of Difference Equations; their derivation and their applications. 
 
 
TIME SERIES ANALYSIS
TIME SERIES ANALYSIS
TIME SERIES ANALYSIS
 
 
Out of equilibrium quantum statistical mechanics
OUT OF EQUILIBRIUM QUANTUM STATISTICAL MECHANICS
Out of equilibrium quantum statistical mechanicsQuantum statistical mechanics describes maximum entropy states in equilibrium ensembles, but the question how quantum systems evolving under unitary dynamics relax to equilibrium remains to a large extent open. We will review recent progress in understanding the emergence of statistical mechanics from microscopic quantum dynamics. After a general introduction to different approaches to out of equilibrium quantum physics, we will focus on two types of problems: quantum quenches and quantum transport in one dimensional lattice systems. Quantum quenches are abrupt changes of dynamical parameters in a quantum system. We will show that a quantum quench in the transverse field Ising model leads to local relaxation to a nonthermal statistical ensemble. Next we will study the problem of quantum transport when a system that is initially split in two halves at different temperature, is joined and evolves under a common Hamiltonian. We will show that in quantum spin chains the system approaches a nonequilibrium steady state.  Dec Jan 
 
 
Mixing of Markov Chains on Manifolds
MIXING OF MARKOV CHAINS ON MANIFOLDS
Mixing of Markov Chains on ManifoldsLecture 1  December 6713 2016 
 
 
Introduction to the Finite Elements Method
INTRODUCTION TO THE FINITE ELEMENTS METHOD
Introduction to the Finite Elements MethodThe purpose of this course is to give a brief introduction to the Finite ELements Method (FEM),  January 2017  
 
Liouville equations (minicourse)
LIOUVILLE EQUATIONS (MINICOURSE)
Liouville equations (minicourse)We consider a class of Liouville equations and systems which arise in differential geometry when prescribing the Gaussian curvature of a surface, in models of mathematical physics describing stationary Euler flows and selfdual ChernSimons equations or in spectral and string theory.  May 1015 2017 
 
 
Geometric aspects of NewtonOkounkov bodies (Minicourse)
GEOMETRIC ASPECTS OF NEWTONOKOUNKOV BODIES (MINICOURSE)
Geometric aspects of NewtonOkounkov bodies (Minicourse)Abstract:  May 8, 9, 11 2017 
 
 
TROPICAL LINEAR SERIES (Minicourse)
TROPICAL LINEAR SERIES (MINICOURSE)
TROPICAL LINEAR SERIES (Minicourse)In this series of talks, we will discuss the basic combinatorial theory of divisors on graphs and its relationship to the theory of divisors on algebraic curves. We will cover several concrete examples and applications to problems in algebraic geometry.  May, 1519 2017 
 

Institution  

Via della Vasca Navale 84
00146 Roma  Italia
tel: +39 06 57330007
fax: +39 06 57337102
Via della Vasca Navale 84
L.San Leonardo Murialdo 1
00146 Roma  Italia
Direttore : Prof.ssa Lucia Caporaso
direttore_matfis@fis.uniroma3.it
Responsabile Area Amministrativa: Rossella Mantini
amm.matematicafisica@uniroma3.it
Responsabile Area Ricerca: Virgilio Lo Presti
ricerca.matematicafisica@uniroma3.it
Responsabile Area Didattica: Valentina Feliciello
didattica.matematicafisica@uniroma3.it
Copyright© 2014 Dipartimento di Matematica e Fisica