The influence of the scalar unparticle on the W-pair production at ILC in the Randall Sundrum model

TL;DR

This paper investigates how scalar unparticles influence W-pair production at ILC within the Randall-Sundrum model, showing significant cross-section enhancements at low scaling dimensions and TeV-scale bounds, suggesting potential observable effects in future colliders.

Contribution

It presents the first analysis of scalar unparticle effects on W-pair production in the RS model at ILC, highlighting possible experimental signatures.

Findings

Enhanced cross-sections at low scaling dimensions

Comparable effects to Standard Model W-production

Potential for future collider detection

Abstract

An attempt is made to present the contribution of the scalar unparticle on some scattering processes in the Randall - Sundum (RS) model. We have evaluated the contribution of the scalar unparticle on the W - pair production cross-sections at International Linear Colliders (ILC). The results indicate that at the low values of the scaling dimension and the bounds on scale $\Lambda_{U}$ are around few TeV, the cross-sections are much enhanced, which is quite comparable with the W-production in the standard model and hence it is worthwhile to explore in future colliders.