TL;DR
This paper explores the idea that light hadrons in QCD can be understood as a magnetic dual, with rho and omega mesons acting as magnetic gauge bosons, offering a new perspective on confinement.
Contribution
It proposes a novel duality framework where light hadrons are interpreted as magnetic gauge bosons, connecting phenomenology with Seiberg duality concepts.
Findings
Identification of rho and omega mesons as magnetic gauge bosons
Higgs mechanism as a dual explanation for color confinement
Consistent phenomenological and theoretical interpretations
Abstract
We try to identify the light hadron world as the magnetic picture of QCD. We take both phenomenological and theoretical approaches to this hypothesis, and find that the interpretation seems to show interesting consistencies. In particular, one can identify the rho and omega mesons as the magnetic gauge bosons, and the Higgs mechanism for them provides a dual picture of the color confinement.
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