Quarks and leptons which might be composite
Wojciech Krolikowski (University of Warsaw)
TL;DR
This paper explores the possibility that quarks and leptons are composite particles formed from more fundamental color-triplet fermions and scalar bosons bound by color interactions.
Contribution
It proposes a specific model of compositeness where elementary color-triplet fermions and scalars form quarks and leptons through color coupling mechanisms.
Findings
Outline of a composite quark and lepton model
Description of binding via color coupling 3* x 3* -> 3 and 3* x 3 -> 1
Conceptual framework for composite fermions
Abstract
An option of composite quarks and leptons is briefly outlined, where elementary color-triplet quark-like fermions are bound with an elementary color-triplet isoscalar scalar boson due to the color coupling 3* x 3* -> 3 and 3* x 3 -> 1, respectively.
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Taxonomy
TopicsAtomic and Subatomic Physics Research