New Physics effects on decay in Technicolor Model
arXiv:1101.2437 · doi:10.1088/1674-1137/33/4/003
Abstract
In this paper we calculate the contributions to the branching ratio of from the charged Pseudo-Goldstone bosons appeared in one generation Technicolor model. We find that the theoretical values of the branching ratio, , including the contributions of PGBs, and , are much different from the prediction. The new physics effects can be enhance 2-3 levels to result. It is shown that the decay can give the test the new physics signals from the technicolor model.
arXiv comment9 pages, 4 figures
References in corpus (14)
- Beyond S, T and U
- QCD corrections to b -> s gamma gamma induced decays: B -> X_s gamma gamma and B_s -> gamma gamma
- B_s --> γγdecay in the two Higgs doublet model with flavor changing neutral currents
- QCD Corrections to and Exclusive Decay
- Leading logarithmic QCD corrections to the B_s --> γγdecay rate including long-distance effects through B_s --> ϕγ--> γγ
- The transition in softly broken supersymmetry
- Observation of B_s to phi gamma and Search for B_s to gamma gamma Decays at Belle
- Leading logarithmic QCD corrections to the B_s --> γγdecays in the two Higgs doublet model
- The decay in the standard model and the general two-Higgs-doublet model
- Technicolor corrections on decays in QCD factorization
- Estimate of the long-distance contribution through b --> s ψto the B_{s} --> γγdecay rate
- Constraints on Masses of Charged PGBs in Technicolor Model from Decay
- Two-photon exclusive decays and
- Soft-QCD Effects In B to gamma gamma Decay: Quark Level Form Factors