People

PhD Board

  • Alessandra Aimi - boundary element methods, quadrature schemes for singular integrals, numerical treatment of differential and integral problems

  • Roberto Bagnara - formal methods of computer science, software verification

  • Paola Bandieri - geometric topology, low dimensional manifolds, crystallization theory

  • Andrea Bandini

  • Patrizia Berti - probability, stochastic processes

  • Marko Bertogna - analysis and design of scheduling algorithms, access protocols

  • Leonardo Biliotti - symplectic and complex geometry, Lie group acting on manifolds

  • Cinzia Bisi - complex geometry, holomorphic dynamics, hypercomplex analysis

  • Marzia Bisi - kinetic models for non-conservative interactions, hydrodynamic limits

  • Silvia Bonettini - numerical optimization, inverse problems.

  • Arrigo Bonisoli -ﾠ finite geometry, discrete mathematics.

  • Simona Bonvicini - graph theory, decompositions and factorizations.

  • Maria Teresa Borgato - history of Mathematics and Mathematics education.

  • Alberto Calabri - algebraic surfaces, degenerations, birational geometry.

  • Maria Rita Casali - geometric topology, PL-manifolds, crystallization theory

  • Andrea Corli- hyperbolic systems of conservation laws, nonlinear geometrical optics.

  • Vincenzo Coscia - mathematical models of complex systems, biomechanics.

  • Paola Cristofori - geometric topology, representation of PL manifolds by edge-coloredﾠﾠﾠ graphs, 3-manifolds.

  • Giovanni Di Domenico - inverse problems in medical imaging, Monte Carlo simulations in medical imaging, computed tomography

  • Emanuele Dolera- probability, bayesian statistics, applications to kinetic gas theory.

  • Carlo Filippi - operational research, network flow problems.

  • Alessandra Fiocca - history of Mathematics and popularization of Mathematics.

  • Carla Fiori - algebraic and combinatorial structures.

  • Stefania Gatti - partial differential equations, dynamical systems

  • Andrea Gavioli - Calculus of Variations, boundary value problems in ordinary differential equations.

  • Cristian Giardin - statistical mechanics, mathematical physics, probability theory and applications

  • Claudio Giberti - dynamical systems, statistical mechanics, Navier-Stokes equations

  • Maria Groppi - Boltzmann equation and applications, mathematical models in population dynamics and epidemiology

  • Luca La Rocca - Bayesian statistics, statistical models, statistical software

  • Mauro Leoncini - computational models, algorithms, computational complexity, applications to Molecular Biology

  • Paltin Ionescu - algebraic geometry

  • Jan Andres - differential equations, boundary value problems, equations and systems with randomness

  • Claudia Landi - applied and computational algebraic topology, shape comparison and related applications in computer vision and graphics.

  • Gianpaolo Leonardi- variational problems, geometric measure theory.

  • Lucaﾠ Francesco Giuseppe Lorenzi - partial differential equations, abstract evolution equations, free boundary problems

  • Alessandra Lunardi - partial differential equations, abstract evolution equations, infinite dimensional analysis

  • Luisa Malaguti - differential equations, boundary value problems, parabolic equations and systems

  • Nicolina Malara - theoretical issues in teachers' education and constructive approaches to algebra teaching

  • Massimiliano Mella - uniruled varieties and birational geometry

  • Claudia Menini - Hopf algebras and their generalizations, braided structures

  • Michele Miranda - variational calculus; developments of the geometric theory in metric spaces and relationships with semigroups theory.

  • Manuela Montangero - distributed algorithms, combinatorics, bioinformatics

  • Massimiliano Morini - calculus of variations, free-discontinuity problems, elliptic PDEs

  • Lorenzo Nicolodi

  • Lorenzo Pareschi - numerical methods for PDEs, kinetic equations.

  • Cristina Patria - non-Newtonian fluid motion, nonstationary Poiseuille motion.

  • Luigi Pepe - history of Mathematics and history of mathematical education.

  • Sergio Polidoro - Second order linear Partial Differential Equation with non-negative characteristic form. Regularity Theory and applications to Mathematical Finance.

  • Marco Prato - numerical inverse problems and applications

  • Gloria Rinaldi - graph theory, discrete mathematics.

  • Valeria Ruggiero - numerical methods for large-scale systems, parallel computing, nonlinear optimization and related applications

  • Andrea Sacchetti - mathematical Methods in Quantum Mechanics

  • Alberto Saracco - complex analysis and geometry

  • Sebastiano Fabio Schifano - architectures and programming for scientific computing.

  • Giampiero Spiga - kinetic theory, reactive and dissipative effects, hydrodynamic limits

  • Valentina Taddei - infinite dimensional differential equations, controllability, evolution equations.

  • Luca Tomassetti - computing systems for high-energy Physics, grid computing, Monte Carlo simulations.

  • Paolo Valente - CPU, network and disk scheduling algorithms for QoS provisioning,ﾠ multiprocessor scheduling.

  • Alessandro Zaccagnini - analytic number theory, additive problems of Goldbach type, Riemann zeta-function

  • Gaetano Zanghirati - nonlinear optimization, parallel computing, machine learning.

  • Luca Zanni - optimization methods for statistical learning and inverse problems, parallel computing.