The Shadow Junction
RSI's name for what particle physics calls the gluon: the region where the loops of a braid mesh, their density shadows overlap, and the field presses them together.
Every matter-knot casts a density shadow in the Eternal Consonance. Where the shadows of two knots overlap, the pressure between them drops, and the surrounding field presses them together. RSI calls the place where this happens the Shadow Junction.
Inside the proton, the three loops of the braid press against one another at three points of contact. The loops mesh there, like gears engaging, and their shadows overlap. This is the binding that particle physics attributes to the gluon. In RSI it is not a particle passed back and forth between the quarks. It is the field itself, holding the loops together where their shadows meet.
The same junction forms between neighboring protons and neutrons in a nucleus, where the field crushes them together with the 8.23 × 10²⁸ Pa Universal Mechanical Clamp.
When a high-energy collision tears a Shadow Junction loose, it sprays out as a mesh jet: a narrow spray of particles flying in one direction. Detectors have recorded these since 1979, when experiments at DESY in Hamburg first saw three-jet events. Physics calls them gluon jets.
From the paper: Chapter IV, Why Three: Quarks, Thirds of a Charge, and the Neutron. Read the full section
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