RM3: FABRIZIO CAOLA, QCD PREDICTIONS FOR HIGGS PHENOMENOLOGY AT THE LHC 
 ELENCO COMPLETO 

DATA: 31-03-2017

SEZIONE DI ROMA III
The discovery of the Higgs boson at the CERN Large Hadron Collider (LHC)set a milestone in our understanding of fundamental interactions. Studying the properties of the new particle is now one of the major goals of the LHC program. These investigations require very precise theoretical predictions for signal and background processes, able to reliably model the complex experimental environment of hadronic collisions. In this talk, I will highlight some of the recent progress towards more accurate theoretical predictions by discussing two examples: Higgs boson production in association with an extra jet and the Higgs transverse momentum distribution, and off-shell Higgs production. After motivating their role in Higgs characterization, I will briefly review the theoretical advances which led to a better description of these processes and discuss their phenomenological implications for LHC analysis.


 SITO COLLEGATO 

 EVENTI RECENTI 
12-12-2019: The charm and beauty of the Little Bang
12-12-2019: Circuit complexity and 2D bosonisation - Dongsheng Ge
12-12-2019: M. Tobar - Precision low energy experiments to test fundamental physics and search for dark matter
12-12-2019: MisuraCC3M@LNL: materiali superconduttivi
11-12-2019: Multiplicity and energy dependence of light charged particle production in ALICE at the LHC
11-12-2019: Double-Logarithmic contribution to Pomeron and application to the photon-photon scattering - Boris Ermolaev
10-12-2019: Dai spazio al tempo
10-12-2019: Machine Learning in High Energy Physics - Tommaso Boccali
10-12-2019: New Space Economy - European Expoforum
09-12-2019: Visita ai laboratori della Sezione INFN di Trieste da parte di studenti del Liceo Scientifico dell' IIS Cattaneo-Dall'Aglio di Castelnovo ne' Monti (RE)

[Back]

 

 

 

Istituto Nazionale di Fisica Nucleare - Piazza dei Caprettari, 70 - 00186 Roma
tel. +39 066840031 - fax +39 0668307924 - email: presidenza@presid.infn.it

F.M. F.E.