Influence of transverse segmentation of back hadronic calorimeter of CMS detector (LHC) on identification of tagging jets in VBF $H \to \tau^− \tau^+$ process

Provided here are the results of calculations of tagging jet identification in the process of Higgs boson production via the mechanism of coalescence of vector bosons with subsequent decay into $\tau$-leptons (VBF $H \to \tau^{−} \tau^{+}$) for different transverse segmentations against the parts of modernized hadronic calorimeter of Compact Muonic Solenoid in the Large Hadron Collider (LHC). The calculations were conducted under conditions of a great number (140) of additionally superposable $pp$-interactions corresponding to LHC operation mode at high luminosities.