Gravitational Wave Interference

Gravitational Wave Interference is the overlap of gravitational wavefronts in a binary black hole merger which, together with the spin energy the merger injects, the book credits with compressing the harmonic scaling of any universe seeded there. The book's one use of the term is in its account of Pulse Diameter Variability: universes seeded within Binary Black Hole Mergers inherit Compressed Harmonic Scaling because of injected spin energy and gravitational wave interference, and so, unlike the usual slower child, have a shorter local Pulse Tempo (Planck time) than domains derived from a single Schwarzschild collapse. The current lexicon statement adds that the overlapping wavefronts embed a permanent anisotropic bias in the new universe's initial expansion geometry, which fits the book's prediction of structure aligned with an inherited spin axis. The combined effect enters the Pulse Diameter through the Relativistic Compression Factor in PD(n) = Z × 2ⁿ × f₀ⁿ × F(∅▤, spin, ⋎). Gravitational Wave Interference connects to Binary Black Hole Mergers, Compressed Harmonic Scaling, Pulse Diameter Variability, Multi-Harmonic Offsets and Spin Axis Orientation.