I'm focused on extracting information from the Standard Model of particle physics for the coming precision program at the LHC
Nature keeps surprising us with amazing connections to mathematical structures which we can exploit to describe phenomena in the universe. One staggering example is the power that the Standard Model (SM) of particle physics has in describing the dynamics of elementary particles. My research program revolves around the idea of using the latest data from high energy colliders to keep strengthening the tests on the SM, through a push to ever increasing precision.
We look forward to exciting direct evidence of the breaking of the SM which could open a window into new physics, potentially leading us to understand outstanding problems like the nature of Dark Matter and the matter-antimatter asymmetry in the universe.
In this program we dedicate a large effort in the development of novel techniques for the computation of scattering amplitudes in quantum field theories. Those we expect to use in order to produce precise predictions for general observables at the LHC.
For up-to-date information about my publications see iNSPIRE-HEP.
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