Non-Commutative Geometry and the Strong Force
Becca Asquith
TL;DR
This paper explores how non-commutative geometry can explain key features of the strong force within the standard model, including its vectorial nature, by examining restrictions in the non-commutative standard model.
Contribution
It demonstrates that non-commutative geometry provides a framework to explain the properties of the strong force, integrating it with the electroweak sector.
Findings
Restrictions in the non-commutative standard model align with observed strong force properties
The vectorial nature of the strong force is explained within this framework
Many details of the strong force are accounted for by non-commutative geometry
Abstract
The restrictions imposed on the strong force in the `non-commutative standard model' are examined. It is concluded that given the framework of non-commutative geometry and assuming the electroweak sector of the standard model many details of the strong force can be explained including its vectorial nature.
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