Enhanced diphoton Higgs decay rate and isospin symmetric Higgs boson
Michio Hashimoto, V. A. Miransky
TL;DR
This paper proposes an isospin symmetric Higgs model to explain the observed 125 GeV scalar boson and its enhanced diphoton decay rate, aligning with recent ATLAS and CMS findings.
Contribution
It introduces a novel isospin symmetric Higgs framework that accounts for the Higgs boson properties and predicts testable outcomes for future experiments.
Findings
Explains the enhanced diphoton decay rate of the 125 GeV Higgs
Aligns model predictions with ATLAS and CMS observations
Discusses implications for future collider experiments
Abstract
The ATLAS and CMS experiments have recently discovered a new 125 GeV scalar boson. We show that the properties of this scalar, including the enhancement of its diphoton decay rate, can be explained in a model with an isospin symmetric Higgs boson. The predictions of the model relevant for future experiments are also discussed.
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