Vicente Pleitez

• Abstract

  In the last two decades Neutrino Physics had a extraordinary growth. The experimental discovery of the neutrino oscillations with the determination of the mixing angles and the mass differences, the long awaited solution for the old anomalies of solar and atmospheric neutrinos and the central role that neutrinos have in the cosmological evolution of the Universe are examples that foster t…

  Challenges in the 21st century in neutrino physics and astrophysics, AP.TEM
• Workshop on Multi-Higgs Model, AR.EXT

• Abstract

  The research group Fundamental Interactions at the TeV Scale (FITS or GIFT in Portuguese), is formed by professors and graduate students at the Instituto de Fisica Teorica-UNESP, has worked since several years ago in the physics beyond the standard model (SM). The main motivation of the group is the fact that, whatever the physics beyond the standard model is, it may be discovery at the n…

  Elementary particle physics at the TeV scale, AP.TEM

(Only some records are available in English at this moment)

• Abstract

  In this research plan is proposed to carry out the study of phenomenological processes of High Energy Physics, specifically radiative corrections in extensions of the Standard Model of various processes at one-loop level, in order to explore and analyze the possibility of detecting deviation of the Standard Model due to the effects of new physics near to the scale of TeVs energy. The prop…

  Radiative corrections in Standard Model Extensions, BP.PD

• Abstract

  We are a very promising decade for Flavor Physicsdue to the results from experiments whichrevealed and yet will reveal more details about the physics of short distances (10^{-19}-10^{-21} m). It is then essential the exchange of information between data of flavor from Belle II, Super-Flavour-Facility and collision high energy experiments of the Tevatron (D0 and CDF) and the LHC, which…

  Flavor physics and new physics, BP.PD

• Abstract

  In this research program we will be study flavor violation processes and CP violation in the context of multi-Higgs model wich give some answer to the flavor problem (AU)

  Flavour physics and multi-Higg models, BP.MS

(Only some records are available in English at this moment)

• Abstract

  The recent data about the composition of the Universe have shown that approximately 73 % is dark energy contribution, approximately 4% is baryonic matter and near 23 % is dark matter. From these data, it's known that dark matter accounts for about 85% of matter in the universe and that dark matter and baryon abundances are very close to each other: \rho_{DM}/\rho_{B}\approx5. Dark matter…

  Flavor and Collider constraints for asymmetric dark matter, BE.EP.PD