ZPIF (Zero Pair Interaction Functional): A Proposed Quadratic Spectral Framework for Unifying Prime Distribution, Dark Energy, Quantum Consciousness, and Spacetime Structure

Source abstract

We introduce \textbf{ZPIF (Zero Pair Interaction Functional)} as a quadratic spectral framework that explores potential connections between four fundamental puzzles: prime gaps, dark energy, consciousness, and spacetime structure. Departing from classical linear spectral methods, ZPIF incorporates second-order self-interactions between spectral modes within a separable Hilbert space.The framework is built around a quadratic spectral law $\lambda \sum_{n} \gamma_n^2 |c_n|^2$, where $\gamma_n$ denote spectral frequencies, $c_n$ are spectral coefficients, and $\lambda$ is an interaction parameter. This structure suggests a common mathematical origin for phenomena across different scales.ZPIF provides operator-theoretic foundations with convergence proofs and numerical simulations using the first 100 non-trivial zeta zeros. This work offers a mathematical proposal for further investigation across multiple disciplines.The framework reveals that prime gaps, cosmic acceleration, neural dynamics, and spacetime geometry are all manifestations of a single quadratic spectral law of the form:$$\lambda \sum_{n} \gamma_n^2 |c_n|^2$$where $\gamma_n$ are the spectral frequencies (imaginary parts of zeta zeros), $c_n$ are spectral coefficients, and $\lambda$ is a universal interaction parameter.ZPIF provides rigorous operator-theoretic foundations with conditional convergence proofs and numerical simulations using the first 100 non-trivial zeta zeros. This work does not claim to prove the Riemann Hypothesis but offers a transformative mathematical proposal with unprecedented explanatory power across mathematics, cosmology, neuroscience, and fundamental physics.