## PROFILE

PERSONAL DETAILS### PHYSICS

#### THEORETICAL PARTICLE PHYSICS

The trade of Particle Physics phenomenology has arrived at a stage where the broader landscape of the field has become a necessary scope of exploration. With signatures of new dynamics continuing to be somewhat elusive, it has become important to study not only dynamics of different possible extensions of the Standard Theory, but also interconnect the different "puzzles" that have arisen from the theoretical and experimental fronts in areas that are typically separated as distinct disciplines within Particle Physics phenomenology itself.

My participation in physics has involved both the study of dynamics at scales ranging from the GeV to the TeV and the development of computational tools that can be used for precision study of experimental results vis-à-vis theoretical constructs. My experience in flavour dynamics and Higgs physics allows me to aim at building a broader landscape using dynamics from several scales. My work has not only given me a good understanding of physics at various scales but has also allowed me to gain significant experience in the development and use of computational tools of a broad range of applicability. Somewhere in this spread of scales lies the key to the puzzle of scale separations and the answers that will fill a part of the void in our knowledge of fundamental dynamics in the TeV regime and beyond.

#### AREAS OF EXPERTISE

**Charm dynamics:** CP violation, hadronic decays, final state interactions, leptonic and semileptonic decays.

**Beauty dynamics:** Semileptonic and leptonic decays, decay distributions, tests of lepton flavour universality and BSM

**Higgs and electroweak Physics:** Effective Field Theories, Higgs productions and decays, BSM and future colliders

**Physics Computation:** Active developer for the statistical core (MCMC based Bayesian Analysis) and flavour physics in $\texttt{HEPfit}$

### $\texttt{HEPfit}$

#### a Code for the Combination of Indirect and Direct Constraints on High Energy Physics Models.

**$\mathbf{\texttt{HEPfit}}$ website: **https://hepfit.roma1.infn.it

**$\mathbf{\texttt{HEPfit}}$ repository: **https://github.com/silvest/HEPfit