The INFN theory group in Rome is made of researchers from INFN and Sapienza University.
The people in the list can be reached at name.surname@roma1.infn.it
The page is under constant development. The information contained in the page may be incomplete.
The people in the list can be reached at name.surname@roma1.infn.it
The page is under constant development. The information contained in the page may be incomplete.
Staff
Coordinator of INFN theory group
Antonio Davide Polosa
[Sapienza] [inSpire]
Theoretical Particle Physics
Coordinator of Sapienza theory group
Roberto Contino
[Sapienza] [inSpire]
QFT, BSM theory and phenomenology, Dark Matter
Ugo Giuseppe Aglietti
[Sapienza] [inSpire]
Perturbative QCD, resummations, non-perturbative models, heavy flavors
Marco Bochicchio
[INFN] [inSpire]
Large-N QCD, Gauge Theories, Topological Field/String Theory, Chern-Simons Theory on Non-Commutative Space-Time
Andrea Caputo
[Sapienza] [inSpire]
Astroparticle Physics, Dark Matter direct and indirect detection, Neutrino Physics
[Sapienza] [inSpire]
Exotic hadrons, light dark matter detection, effective field theories for condensed matter, large scale structures, cosmic neutrino background
[Sapienza] [inSpire]
Statistical Physics, Living Active Matter, Collective phenomena in biological systems
[Sapienza] [inSpire]
Disordered systems, spin glasses, complexity, glassy systems, theoretical biophysics
Barbara Mele
[INFN] [inSpire]
Beyond the Standard Model Phenomenology, Collider Physics, Higgs and top phenomenology
Marco Nardecchia
[Sapienza] [inSpire]
Theory and phenomenology of fundamental interactions, physics beyond the Standard Model, flavor physics
Paolo Pani
[Sapienza] [inSpire]
Gravity theory, black-hole physics, and gravitational-wave phenomenology
[Sapienza] [inSpire]
Quantum field theory, non-perturbative aspects of gauge theories, large-N QCD, statistical field theory
Andrea Pelissetto
[Sapienza] [inSpire]
Lattice field theories, statistical field theory, critical transitions in classical and quantum models
[INFN] [inSpire]
String theory and supergravity theories, Conformal field theories and holography, Scattering Amplitudes in Gravity
Giovanni Salme'
[INFN] [inSpire]
Bethe-Salpeter equation and gap-equations for hadrons, Hadron dynamical observables, Light-front Hamiltonian Dynamics for nuclei, European muon effect in light nuclei
Luca Silvestrini
[INFN] [inSpire]
Electroweak Interactions, Flavour Physics, Standard Model Effective Theory, Global Fits, Machine Learning application to Phenomenology
Alfredo Urbano
[Sapienza] [inSpire]
Beyond the standard model, theory and phenomenology; cosmology and physics of the primordial universe
Mauro Valli
[INFN] [inSpire]
Beyond the Standard Model phenomenology, Dark Matter physics, Early Universe cosmology, Standard Model precision tests
PostDocs
Alfredo Glioti
[INFN] [inSpire]
Standard Model and beyond the Standard Model phenomenology, effective field theories, collider physics
Giovanni Grilli di Cortona
[INFN] [inSpire]
Physics beyond the SM, dark matter and neutrino physics, direct detection searches, collider physics, axion, light dark sectors
Francesco Scardino
[INFN/Sapienza] [inSpire]
Large-N QCD, gauge theory, lattice gauge theory, supersymmetric gauge theory
Dibyashree Sengupta
[INFN] [inSpire]
Beyond the Standard Model phenomenology, top physics, implication of new physics at hadron and lepton colliders
Andrea Simonelli
[INFN] [inSpire]
Factorization in QCD, all-order resummations, theory and phenomenology of transverse momentum dependent (TMD) physics
PhD students
Pier Giuseppe Catinari
[XXXVIII cycle]
Quantum Field Theory, BSM theory and phenomenology, cosmology and physics of the primordial universe
Giulio Cianti
[XL cycle]
Quantum Field Theory, Theoretical Particle Physics
Francesco Crescimbeni
[XXXIX cycle]
Gravitational Waves, Primordial Black Holes, Tests of General Relativity
Antonio Cristofaro
[XL cycle]
Quantum Field Theory, Scattering Amplitudes in Gravity
Davide Germani
[XXXIX cycle]
Exotic hadrons, Quantum Field Theory
Daniele Granata
[XL cycle]
Theoretical physics, Quantum Gravity, Quantum Field Theory, Quantum Cosmology and General Relativity
Antonio Junior Iovino
[XXXVII cycle]
Cosmology, primordial black holes, gravitational waves
Paolo Mangini
[XL cycle]
Beyond the Standard Model phenomenology, Cosmology of primordial universe
Riccardo Marinelli
[XXXIX cycle]
Quantum field theory, Lattice gauge theory
Stefano Palmisano
[XXXVII cycle]
BSM theory and phenomenology, Dark Matter
Fabio Pandolfi
[XXXIX cycle]
Gauge theories, Quantum field theories
Giovanna Paola Perdonà
[XL cycle]
Quantum field theory
Federico Ripani
[XXXVII cycle]
Higher order corrections, Collider phenomenology
Giacomo Santoni
[XXXVII cycle]
Large-N QCD, Supersymmetric gauge theories, Solitons
Stefano Scacco
[XL cycle]
Quantum Field Theory, BSM theory and phenomenology, Dark Matter
Claudio Toni
[XXXVI cycle]
Physics beyond the Standard Model, Light New Physics
Marcello Ziccolella
[XL cycle]
BSM theory and phenomenology, QFT, Cosmology
