Triadic Carriers of Conserved Quantum Numbers: Reading the STAR Baryon-Junction Discovery through the Triality Framework

Abstract

The STAR collaboration at the Relativistic Heavy Ion Collider has reported measurements disfavoring valence-quark carriers of baryon number in favor of the Y-shaped gluon junction (STAR Collaboration, Science, August 2026; arXiv:2408.15441). This paper reads that result through the Triality Framework, a triadic geometric architecture in which conserved quantities are carried by central junction nodes binding three peripheral nodes, rather than by the peripheral nodes themselves. The junction's Y-geometry, its behavior under scattering, and its role in baryon transport are consistent with the framework's standing structural claims, first formalized in its treatment of color confinement as topological triad stability (Jones, "The Correlation Continuum," September 1, 2026). We close with falsifiable expectations for the Electron-Ion Collider program.