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Production of Boson Pairs from Collisions when Beams are Polarized in the Unparticle Physics Model

Year: 2025
Type: article
Abstract: : In this work, we study the production of boson pairs from collisions in a muon collider within the framework of the Standart Model (SM) and the Unparticle Physics (UP) model, considering polarized muon and anti-muon beams. The results show that the total cross-section (TCS) increases as the center of mass energy () increases, the TCS has the largest value when both the and particle beams are left polarized. The contribution of scalar unparticles is substantial in the case of oppositely polarized particle beams. For scaling dimension the differential cross-section (DCS) reaches a large value when and the kinetic energy of the resulting Z boson beam is greater than 4 TeV. For the case the density of points representing DCS with large values is evenly distributed throughout the entire survey domain. Keywords: collisions, unparticle physics, boson, scalar unparticles, cross-section,... : In this work, we study the production of boson pairs from collisions in a muon collider within the framework of the Standart Model (SM) and the Unparticle Physics (UP) model, considering polarized muon and anti-muon beams. The results show that the total cross-section (TCS) increases as the center of mass energy () increases, the TCS has the largest value when both the and particle beams are left polarized. The contribution of scalar unparticles is substantial in the case of oppositely polarized particle beams. For scaling dimension the differential cross-section (DCS) reaches a large value when and the kinetic energy of the resulting Z boson beam is greater than 4 TeV. For the case the density of points representing DCS with large values is evenly distributed throughout the entire survey domain.
DOI: 10.25073/2588-1124/vnumap.4990
Language: English
Open Access status: diamond
OpenAlex ID: W4414281290
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