Higgs mass from cosmological and astrophysical measurements
Abstract
For a robust interpretation of upcoming observations from Planck and LHC experiments it is imperative to understand how the inflationary dynamics of a non-minimally coupled Higgs scalar field may affect the degeneracy of the inflationary observables. We constrain the inflationary observables and the Higgs boson mass during observable inflation by fitting the the Higgs inflationary potential directly to WMAP5+BAO+SN data. We obtain a Higgs mass a value of 143.73+14.97/-6.31 GeV at 95% CL for the central value of top quark mass. We also show that the inflation driven by a non-minimally coupled scalar field leads to significant changes of the inflationary parameters when compared with the similar constraints from the standard inflation.
Cite
@article{arxiv.0910.5312,
title = {Higgs mass from cosmological and astrophysical measurements},
author = {L. A. Popa},
journal= {arXiv preprint arXiv:0910.5312},
year = {2009}
}
Comments
17 pages, 3 figures