A Model with a Cosmographic Landscape
Fritz W. Bopp (University of Siegen)

TL;DR
This paper proposes a conceptual model with a complex vacuum structure that challenges traditional Higgs decay expectations, suggesting alternative decay patterns for Higgs-like bosons in the LHC mass range.
Contribution
It introduces a novel cosmographic vacuum model that broadens the theoretical landscape for Higgs boson properties and decay modes.
Findings
Higgs-like bosons may decay differently than standard predictions.
The model suggests no preference for heavy flavor decays.
It encourages exploring non-standard Higgs decay channels.
Abstract
To argue against a too narrow focus in the LHC Higgs search, a simpleminded model with a rich "cosmographic" vacuum structure for the generation of masses is developed on a conceptual level. In this framework Higgs like bosons which could exist in the LHC mass range have no preference to decay in heavy flavors.
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Taxonomy
TopicsComputational Physics and Python Applications · Computability, Logic, AI Algorithms · Particle physics theoretical and experimental studies
