TL;DR
This paper proposes a duality framework in QCD where gluons are viewed as vector mesons and quarks as baryons, providing a unified explanation for hadron masses and interactions.
Contribution
It introduces a novel gluon-meson and quark-baryon duality in QCD that explains hadron properties through a unified dual picture.
Findings
Gluons are identified as vector mesons in the dual picture.
The duality accounts for realistic low-mass hadron masses.
The framework explains hadron interactions effectively.
Abstract
The QCD-vacuum is characterized by the Higgs phenomenon for colored scalar fields. In this dual picture the gluons appear as the octet of vector mesons. Also quarks and baryons are identified. Gluon-meson and quark-baryon duality can account in a simple way for realistic masses of all low-mass hadrons and for their interactions.
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