The Proton Is the Lock: Three Colors, One Singlet, and the Gap Made Flesh

The template's three plus one is three independent axes that lock one point and leave one bit. The proton is built that way. Its color state is the totally antisymmetric combination of three colors, the Levi-Civita symbol, which is the determinant: nonzero exactly when the three colors are distinct, six nonzero entries among twenty-seven, one singlet, and invariant under every color rotation because such a rotation has determinant one. A random SU(3) matrix is constructed here and the singlet is found invariant to four parts in 10^16; set two color axes equal and the determinant, and the lock, vanish. The lock carries the mass: the valence quarks account for 0.958 percent of the proton, and 99.04 percent is the binding field, the gap made flesh, the Yang-Mills row's carrier. The whole's spin is not read from the parts' record: quark spins carry about a third of it, and two budgets with the same quark record split the rest differently. And the proton is the floor of the baryonic sector: its stability is certified beyond 2.4 x 10^34 years, 1.7 x 10^24 cosmic ages, a certified region with an owed tail. Nothing here proves the continuum gap; the paper constructs the carrier the row names.

Version 1.4.0, single-column Math Journal edition. The Lean engines and Fortran twins are printed in the appendices with the compiler's transcript; the Markdown source is in git, 1000sapients/Trisduction, protocols/RH One Bit/Nothing Escapes Twenty Three Rows/Witnesses/.