Speaker
Matteo Negrini
Description
The top quark mass is one of the fundamental parameters of the Standard Model that must be determined experimentally. Single measurements of the top quark mass have reached a precision well below the %-level. Different methods - based on a direct reconstruction of the top quark decay or an extraction from (differential) top quark production cross sections - provide complementary handles on the experimental systematic uncertainties. An overview is given of the most recent ATLAS and CMS measurements of the top -quark mass, its running and of the top quark Yukawa coupling.
| First author | Lidija Zivkovic |
|---|---|
| Lidija.Zivkovic@cern.ch | |
| Collaboration / Activity | ATLAS |
