New results on Higgs boson properties

TL;DR

This paper reports precise measurements of Higgs boson properties using 2016 LHC data, including decay channels and searches for new phenomena, enhancing our understanding of Higgs physics.

Contribution

It provides new experimental results on Higgs boson properties and searches for beyond Standard Model phenomena using the latest LHC data.

Findings

Measurements of signal-strength modifiers for main production modes

Fiducial and differential cross sections determined

Searches for new phenomena in specific decay channels

Abstract

We present the latest ATLAS and CMS measurements of several properties of the Higgs boson, such as signal-strength modifiers for the main production modes, fiducial and differential cross sections, and the Higgs mass. We have analyzed the 13 TeV proton-proton LHC collision data recorded in 2016, corresponding to integrated luminosities up to $36.1~{\rm fb}^{-1}$. Results for the ${\rm H\to ZZ}\to 4\ell$ (${\rm \ell = e\mu}$), ${\rm H}\to\gamma\gamma$, and ${\rm H}\to\tau\tau$ decay channels are presented. In addition, searches for new phenomena in the ${\rm H}\to\gamma\gamma + E_{\rm T}^{\rm miss}$ and ${\rm H}\to{\rm b\bar{b}} + E_{\rm T}^{\rm miss}$ decay channels are presented.