ZPIF ULTIMATE: Spectral Self-Interactions, Prime Distribution, and Information Dynamics

Source abstract

This work presents the complete evolution of the Zero Pair Interaction Functional (ZPIF) framework, from its original formulation as a quadratic spectral extension of the Riemann explicit formula to a comprehensive unified framework for spectral self-interactions, prime distribution, and information dynamics. The central discovery is the Active Spectral Mode (ASM) Hypothesis: each zero of the Riemann zeta function is an active spectral entity possessing intrinsic properties including internal energy, magnetic moment, oscillation dynamics, cyclic recurrence, non-local communication, entanglement, self-transformation, and infinite internal depths.The framework introduces polynomial and fractional self-interactions, active spectral properties, non-local communication, quantum transitions, spectral dynamics, auto-encoding, spectral entanglement, self-transformation, and infinite depths. The theory is rigorously constructed within a separable Hilbert space H = L²(R), using a self-adjoint spectral operator D and test functions fx(t) = e-t² cos(t log x). Numerical simulations using the first 100 non-trivial zeta zeros confirm convergence.ZPIF ULTIMATE establishes a new paradigm in spectral theory, number theory, and mathematical physics, revealing that the zeros of the Riemann zeta function are active spectral entities whose dynamics govern prime distribution, dark energy, neural dynamics, spacetime structure, and the encoded language of the cosmos. This work provides a unified mathematical foundation connecting number theory, physics, cosmology, neuroscience, and information dynamics.