Frequency Deviation Tests

Frequency Deviation Tests are the book's proposed experimental checks: precision measurements of the difference between observed frequencies and the frequencies general relativity predicts, a difference the book expects its mechanisms to produce. The book lists them first among the research directions opened by Binary Pulse Theory, as concrete pathways to empirical validation through precision measurement, and presents a detectable deviation, if confirmed, as evidence that spacetime would operate computationally. They sit beside the book's other predicted signatures, such as dark matter profiles, CMB anisotropies and variations in the fine structure constant, and their feasibility depends on the Signal-to-Noise Ratio of the effect against background noise. Δf = f⌾ − f⊢_GR, where Δf is the frequency deviation, f⌾ is the observed frequency and f⊢_GR is the frequency predicted by general relativity, all [𝕋⁻¹]. They connect to the Signal-to-Noise Ratio, Computational Cosmology, Gravitational Wave Phase Modulation, Gravitational Lensing Modifications and Fundamental Constant Variations.