About

I am a 3rd year PhD Student in Theoretical Physics at the University of Liverpool. I take part of the Centre for Doctoral Training for Innovation in Data Intensive Science and I work on higher order corrections for Semi-Leptonic decays.

I have also worked as a teaching assistant (tutorials) in the modules of Classical Mechanics, Field Theory and Partial Differential Equations and Further Methods of Applied Mathematics.

Research

My PhD project focous on computing Eletroweak corrections to Leptonic and Semi-Leptonic decays. I have coded my own Mathematica packages to deal with the algebra and simplification of Feynman amplitudes and I use FIRE for IBP reduction.

During my masters I have worked on the testing of the compatibility between the Kinoshita–Lee–Nauenberg theorem and Implicit Regularization - a 4 dimensional regularisation scheme - using a model test: an effective field theory to describe the decay of the Higgs boson into gluons. Mode details can be found in my thesis and this paper.

I have also worked on a project on celular migration, where I focoused on building a mathematical model and its computational implementation on angiogenesis in order to describe the vascular growth in system of tumorous cells in the presence of inhibiting agents in nanoparticles. Mode details can be found here .

Outreach

I am a member of the EDI team at the Mathematical Sciences department and one of the organiser of the first edition of the Women and Non-binary Doctoral Researchers (WoNDRS) conference held at the University of Liverpool.

I have also collaborated with articles to the blog Uniarea - an online community of young student - where I spoke about my journey studying physics. I have also wrote about my experience as a women in STEM, which you can find here

I am also currently one of the organisers of the Journal Club of Theoretical Physics cluster at the University of Liverpool.