induced forward dominant processes in TRISTAN experiment
arXiv:2401.00696 · doi:10.1016/j.physletb.2024.138577
Abstract
General extension of the Standard Model (SM) is a well motivated beyond the Standard Model(BSM) scenario where three generations of right handed neutrinos (RHNs) are introduced to cancel gauge and mixed gauge-gravity anomalies. After the is broken, RHNs participate in the seesaw mechanism to generate light neutrino masses satisfying neutrino oscillation data. In addition to that, a neutral gauge boson is evolved which interacts with the left and right handed fermions differently manifesting chiral nature of the model which could be probed in future collider experiments. As a result, if we consider and collisions in TRISTAN experiment mediated scattering will appear in and channels depending on the initial and final states being accompanied by the photon and mediated interactions. This will result well motivated resulting forward dominant scenarios giving rise to sizable left-right asymmetry. Estimating constrains on general coupling from LEP-II and LHC for different charges, we calculate differential and integrated scattering cross section and left-right asymmetry for and processes which could be probed at TRISTAN experiment further enlightening the interaction between and charged leptons and the breaking scale.
arXiv comment18 pages
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