Raoulma.github.io Website Review

(PhD in Theoretical Particle Physics) Postdoc in De*p Learning at Swiss AI LAB IDSIA My scientific background is originally in physics. I have obtained my diploma and PhD in theoretical high energy physics In my research I have investigated Higgs and flavour physics in models with one warped extra dimension, the so-called Randall-Sundrum of Feynman loop-diagrams in a 5-dimensional warped space-time and the subsequent numerical an*lysis using Mathematica and C++. The We calculate the electro- and chromomagnetic dipole coefficients in the context of the minimal Randall-Sundrum model with a Higgs sector localized on the IR brane using the five-dimensional approach, where the coefficients are expressed in terms of integrals over 5D Standard Model fermions and bosons in Randall-Sundrum (RS) models with a Higgs sector localized on or near the infra-red brane. two photons is performed in both the minimal and the custodially protected Randall–Sundrum (RS) model, where the Standard Model (SM) fields propagate in the bulk and the scalar sector lives on or near the IR brane. A comprehensive, five-dimensional calculation of Higgs-boson production in gluon fusion is performed for both the minimal and the custodially protected Randall-Sundrum (RS) model, with Standard Model fields propagating in the bulk and the scalar sector confined on or near the IR brane. For the first time, an exact expression for the gg->h amplitude in terms of the five-dimensional fermion propagator is derived, which includes the full dependence on the Higgs-boson mas*. A minimal solution to the flavor problem of warped extra-dimension models, i.e. the excessive mixed-chirality contribution to CP violation in K-Kbar mixing arising from Kaluza-Klein (KK) gluon exchange, is proposed. Extending the strong-interaction gauge group in This thesis studies the Higgs-boson production and decay processes as well as the flavor-changing neutral current b to s gamma in models with one warped extra dimension, where the gauge bosons and fermions propagate into the bulk and the Higgs sector is localized on or near