The proton as a triple-resonance braid

In RSI, mass is not an inherent property of things. It is the mechanical result of a matter-knot displacing the medium against the universal tension. The electron is the simplest stable inversion: a single continuous loop that closes only after 720 degrees of rotation. The proton, by contrast, is what the paper calls a masterpiece of geometric packaging.

The theory describes the proton as a Triple-Resonance Braid. It consists of three intertwined sub-vortices locked into one shared density shadow. Under the Universal Mechanical Clamp of 8.23 × 10²⁸ Pa, these three knots are crushed into the most efficient high-density arrangement possible.

The proton is about 1836 times heavier than the electron. Standard physics treats this ratio as an unexplained constant of nature. RSI holds instead that it is a fixed geometric constant of the medium, set by how efficiently the three nested vortices pack together. The theory expresses it as 6π⁵.

The three loops of the braid are what experiments call quarks. Scattering electrons off protons reveals three point-like constituents inside, and no quark has ever been seen alone. In RSI none can be, because a loop drawn out of the braid loses the shared density shadow that holds it.