Is the standard model scalar the first discovered SUSY particle?
Carla Biggio
TL;DR
This paper explores the possibility that the recently discovered scalar particle at the LHC could be the superpartner of the neutrino within a supersymmetric model, analyzing the conditions and phenomenology involved.
Contribution
It introduces a specific model where the scalar is identified as a neutrino superpartner, detailing the necessary conditions and phenomenological implications.
Findings
The scalar can be identified as a neutrino superpartner under certain conditions.
The model predicts distinctive phenomenological signatures at the LHC.
Conditions for the scalar-neutrino superpartner identification are explicitly outlined.
Abstract
The scalar particle recently discovered at the LHC has the same gauge quantum numbers as the neutrino, so they could be one the superpartner of the other. We discuss the conditions that should be satisfied in order to realize such identification and present a model where this is realized. This model possesses an interesting phenomenology that we present here.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Dark Matter and Cosmic Phenomena · Quantum Chromodynamics and Particle Interactions