Title: Strategies for SM higher-dimensional operators searches.

Abstract: If new physics states are somewhat too heavy to be on-shell produced at the LHC, their presence is best studied using effective field theory methods and their effects at low energy can be parametrized by higher-dimensional operators. I am interested in studying the modifications that these operators induce in total and differential rates, in particular in Higgs and top-quark observables.

Title: The h->Z\gamma decay at the ILC.

Abstract: The study of Higgs decay into the Z\gamma pair is of special interest as it would be susceptible to new physics beyond the Standard Model. However this process is one of the hardest Higgs properties to be constrain with good precision at the LHC due large irreducible backgrounds. We investigate the precision potential of the future ILC to measure the Higgs decay into the Z\gamma pair. Towards this end, we study the associated Higgs boson production with a Z boson followed by the decay chain h->Z\gamma.

Title: Dark Matter and Neutrinos in the context of Multimessenger Analysis.

Abstract: In this talk we discuss some aspects of multimessenger analysis that can be useful to learn about dark matter and neutrinos. We start by explaining what we understand by multimessenger analysis and the natural realm where this tool is exploited. Then, we consider its connection to the study of beyond the standard model physics phenomena, such as dark matter and neutrinos. Finally, we put emphasis on the importance of standard sources of multimessenger signals and how to incorporate this information in future projects.

Title: New physics at the TeV scale: Model building and phenomenology.

Abstract: My research focuses on Beyond the Standard Model physics at or near the TeV scale, both from a phenomenology and model building point of view. I am particularly interested in models that can potentially solve the (little) hierarchy problem. In this talk, I will review some of my past and current projects which include work on Supersymmetry, collider simulations, electroweak precision tests, Neutral Naturalness and solutions to the hierarchy problem in general.