Exclusion Limits for Charged Higgs Boson in Minimal Supersymmetric Standard Model

In the work presented here the deep neural network is studied as a method to improve upon the existing analysis workflow that can further improve the sensitivity of the selection

The basic model contain three scalar triplets, which generate all the gauge boson masses and charged fermion masses in the spontaneous symmetry breaking.. The models with this

The discovery of a scalar particle with couplings roughly similar to the Standard Model Higgs has also given us some knowledge of the mechanism that breaks the electroweak

Of all the event selections applied in these final states, the τ-jet identification is the single most important event selection criterion to separate the tiny Higgs boson signal from

Since the gauge boson and fermion masses are directly connected to the vac- uum expectation value of the scalar field, which in turn depends on the Higgs mass and the Higgs

Neutrino, neutrino oscillation, neutrino mixing, CP violation, neutrino mass, seesaw mechanism, nonstandard interactions, neutrinophilic Higgs, beyond the Standard

The observation of exclusive diphotons in hadron-hadron collisions shows that exclusive Higgs boson production will happen in case its existence is confirmed, and certainly

The final event yields are summarised in Table 9.19 for the