B-Decay Signatures of Warped Top-Condensation
Hooman Davoudiasl, Eduardo Ponton
TL;DR
The paper explores how a light radion in the Warped Top-Condensation Model can produce unique B-meson decay signatures, with potential for discovery in future experiments.
Contribution
It identifies specific B-decay signatures of the radion and constrains the model's parameter space using existing data.
Findings
Radion can decay with displaced vertices in B decays.
Parameter space constrained by B-meson and astrophysical data.
Future measurements could discover the Warped Top-Condensation Model.
Abstract
We point out that the light radion phi in a recently proposed Warped Top-Condensation Model, can provide distinct signatures in b -> s phi, where the on-shell phi can decay with displaced vertices. We find that some of the parameter space of these models is constrained by B-meson and astrophysical data. Future B-decay measurements can lead to the discovery of the WTCM.
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