POEBLITA - Electroweak Bosons at the LHC with Improved Theoretical Accuracy
Extracting the polarisation of electroweak (EW) bosons from Large-Hadron-Collider (LHC) data represents a crucial step towards a
deep understanding of the electroweak-symmetry-breaking (EWSB) mechanism realised in nature. Therefore, an accurate and realistic
theoretical modelling is needed for polarised-boson production and decay in…Leggi tuttorelevant LHC processes. In order to improve the current
theoretical accuracy for polarised-bosons processes and to enable direct comparisons with experimental data, this research aims at the
inclusion of higher-order corrections in the strong and EW couplings through a matching of fixed-order predictions to parton-shower
programs. This will be carried out within the Standard Model (SM) of particle physics, as well as in the presence of beyond-the-SM
effects, allowing for broad phenomenological investigations of the EWSB and fostering the development of polarisation taggers (also
using modern machine-learning techniques) that will be beneficial for upcoming LHC analyses.
PNRR per la Missione 4, componente 2 Investimento 1.1- Avviso 104/2022 | High precision phenomenology at the LHC: combining strong and electroweak corrections in all-order resummation and in Monte Carlo event generators
Studio della concentrazione di ossido nitrico nell’esalato espiratorio come marcatore di danno polmonare acuto in pazienti adulti con ARDS sottoposti a ventilazione meccanica