On variants of the $ C + M_2(c) + M_3(C) $ NCG model of elementary particles
A. Rivero (Dep Fisica Teorica, Univ Zaragoza)
TL;DR
This paper explores modifications to a non-commutative geometry model of elementary particles to align it with experimental data, resulting in the prediction of a leptophobic Z' boson.
Contribution
It introduces specific restrictions on the non-commutative geometry model to produce a leptophobic Z' boson consistent with experimental observations.
Findings
Constraints lead to a leptophobic Z' prediction
Model adjustments improve experimental data fit
New particle properties suggested by the model
Abstract
We investigate restrictions to be imposed over the non commutative geometry model C+M_2+M_3 to make it to fit with experimental data. By constraining the action over quarks, a leptophobic Z' is got
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions · Black Holes and Theoretical Physics