IFIC Theory Department

Presentación del tema: "IFIC Theory Department"— Transcripción de la presentación:

1 IFIC Theory Department
València 2002

2 Spanish MCyT Projects FPA : Interacciones fundamentales y sus implicaciones experimentales FPA : Partículas elementales: física de color y sabor BFM : Estudios perturbativos y no perturbativos del modelo estándar y sus extensiones BFM : Neutrinos en astrofísica y cosmología BFM : Física nuclear y de hadrones a energías intermedias BFM C02-01: Modelos hadrónicos, interacciones fundamentales y física nuclear BFM : Dinámica de sistemas complejos. Hadrones, núcleos, átomos BFM C02-01: Aspectos cuánticos de agujeros negros BFM : Geometría, grupos, teorías de campos y supersimetría

3 Weak interactions Flavour dynamics b-quark physics CP violation
Electroweak radiative corretions Neutrino Physics Neutrino phenomenology Neutrino mass models

4 QCD QCD jets Tau decays and QCD Heavy quark masses Lattice QCD
Quark masses in the lattice QCD sum rules

5 Effective Field Theories
EQFT grounds Chiral perturbation theory Heavy quark effective theory Dynamical symmetry breaking Effective theories and new physics Quantum field theories at finite temperature

6 Beyond the SM Supersymmetry String theory Dual models
Lepton number non-conservation and massive neutrinos Extra dimensions (b-physics, neutrino masses, GUTs in extra dimensions, effects in colliders)

7 Astroparticle Physics
Neutrinos in astrophysics and cosmology Compact objects in astrophysics Supernovae Neutron Stars Baryogenesis Dark matter

8 Hadronic Physics and Many Body Theory
Hypernuclei Nuclear Drell Yan Interactions of Photons, electrons, and neutrinos in nuclei Static properties and variation with density Spectrum of exotics Parton distributions Bosonization Effective theories for nucleons Nucleon dynamics Nuclear matter Quantum liquids

9 Mathematical Physics Quantum gravity. Symmetries and quantization.
Gauge theories and anomalies. Deformation of Symmetries. Dynamical systems. Symplectic integrators. Non linear Systems. Evolution of quantum and classical systems