The research interest centers on the study of the structure and interactions of the fundamental constituents of matter, their phenomenology and the extensions of the standard model of particles. Phenomenology of elementary particles. Study of phenomenology of standard model of elementary particles and their extensions, as well as the experimental verification of predictions of these models.

Search for New Physics in Accelerators (LHC). Many of the theoretical proposals on New Physics are based on extensions dingof  the Higgs sector of the Standard Model. For example,T the group hasre is extensive experience in the Higgs multi-boson models, including their supersymmetric version, which predict a richer spectrum of new particles and phenomena that should be sought in the following stages of the LHC. Our research group actively participate in the projects related to this search at CERN.

New Theoretical Physics - Models and Foundations. Within the theoretical proposals, we have extensive experience in Higgs multi-boson models (including the Two Higgs Doublet Model), including its supersymmetric version, which predict a richer spectrum of new particles and phenomena than should be sought in the following stages of the LHC: It is of great interest to our group to study the predictions of such models for the Higgs sector, including the rare decays of quarks, leptons and Higgs bosons, as well as candidates for subject and dark energy

The Detection of Ultra-energetic Cosmic Phenomena (HAWC and Pierre Auger). In study of cosmic phenomena, an area also known as Astroparticle Physicss, is one of the research interests of the group. Oone of the great open problems in this field, is to investigatethe nature of dark matter and dark energy, as well as the ultra-energetic cosmic rays origins and compositionphenomena. These aspectscases are can be studied by the group members in the experimentsin HAWC and Pierre Auger experiments.