Antinodes of the ζ-String: The Substance Between the Zeros

While most mathematical research on the Riemann ζ function has focused on the
 location of its zeros, these correspond—within the Primeon Theory—to nodes of perfect
 phase cancellation, points of non-being within the ζ-lattice. Here we propose that the
 antinodes, where |ζ(s)| reaches local maxima, represent the resonant phase domains
 that give rise to energy, curvature, and matter. Thus, physical reality is identified not
 with the zeros of ζ, but with the stable amplitude patterns that emerge between them.