Probe of extra dimensions in gamma q->gamma q at the LHC
I. Sahin, A.A. Billur, S.C. Inan, B. Sahin, M. Koksal, P. Tektas, E., Alici, R. Yildirim
TL;DR
This paper investigates the potential effects of extra spatial dimensions at TeV scales by analyzing gamma-quark scattering processes at the LHC, utilizing photon-proton collisions and statistical methods.
Contribution
It introduces a novel analysis of extra dimension effects in gamma q-> gamma q processes at the LHC using photon-proton collisions and forward detector data.
Findings
Constraints on extra dimensions derived from gamma q-> gamma q processes
Effective photon approximation applied to LHC collisions
Statistical analysis for different detector acceptances
Abstract
We have examined TeV scale effects of extra spatial dimensions through the processes gamma q-> gamma q where q=u,d,c,s,b, anti-u, anti-d, anti-c, anti-s, anti-b. These processes have been treated in a photon-proton collision via the main reaction pp-> p gamma p-> p gamma qX at the LHC. We have employed equivalent photon approximation for incoming photon beams and performed statistical analysis for various forward detector acceptances.
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