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Autor Principal:	Valeri Vukolov
Formato:	Recurso digital
Idioma:
Publicado:	Zenodo 2025
Subjects:	Quantum Chromodynamics (QCD), topological strings, mesons, tetraquarks, geometric unification, curvature dynamics, quark singularities, knot topology, torsion stabilization, mass-radius relation, knot polynomials, critical curvature, exotic hadrons, decay patterns, quantum simulation, flux tubes, topological excitations, phase transitions, QCD vacuum, non-local torsion, exotic state classification, LHCb, pentaquarks
Acceso en liña:	https://doi.org/10.5281/zenodo.16747896
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We present a geometric model of mesons and tetraquarks as topological strings emerging from curvature dynamics in quantum chromodynamics. Mesons correspond to closed strings (S1) with quark-antiquark singularities, while tetraquarks form knotted vortex configurations stabilized by non-local torsion. Key results: (1) Mass-radius relation m = σL + ℏcRp⟨K⟩, (2) Exotic state classification via knot polynomials, (3) Predictive decay patterns from critical curvature κcrit = 2πmπ c/ℏ. Experimental verification through quantum simulation shows 89% fidelity for π+ and 87% for Zc(3900).

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