Charged Higgs and Scalar Couplings in Semileptonic Meson Decay
Richard J. Tesarek (Rutgers University)
TL;DR
This paper introduces a novel method for searching for charged Higgs particles by analyzing scalar effects in semileptonic meson decays, significantly improving sensitivity in high tan(beta) regions over previous methods.
Contribution
The paper proposes a new technique leveraging scalar dynamics in meson decay to enhance charged Higgs detection sensitivity, surpassing existing search strategies.
Findings
Enhanced sensitivity to high tan(beta) regions in B meson decays.
Demonstrated effectiveness of the method on a modest data sample.
Potential to improve charged Higgs search reach in future experiments.
Abstract
We present a new charged Higgs search technique using the effects of scalar dynamics in semileptonic meson decay. Applying this method to a modest sample of B meson decays yields sensitivity to the high tan(beta) region well beyond existing charged Higgs searches. We present a new charged Higgs search technique using the effects of scalar dynamics in semileptonic meson decay. Applying this method to a modest sample of B meson decays yields sensitivity to the high tan(beta) region well beyond existing charged Higgs searches.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Particle Detector Development and Performance · Neutrino Physics Research