The New Law: Reversal of Everything — From the Heart of the Star to the Heart of the Galaxy to the Heart of the Universe

Paper XIV of the Six-Throat Directed Geometry program develops the capstone three-heart framework called the New Law: Reversal of Everything. The construction connects the stellar core, galactic core, and Great Attractor into one finite directed-state transition. A star remains in its living state while inward loading and directed support remain balanced below a finite support capacity; different stellar evolutionary paths may reach the common terminal surface at different times while sharing the same terminal geometry. Loss of directed support places the finite stellar material into a Hole state, after which the material is routed into the galactic core and contributes to a continuously accumulated finite core burden. At the Great Attractor, identified in the model with the M1 merger epicenter at Center(E0), the accumulated core burden is discharged through a finite galactic-heart reversal. The core directed state passes continuously through zero, two oppositely directed axial jets accompany the event, and the reversal propagates through the retained galactic structure as a hierarchy of delayed physical gear reversals. Each retained directed degree of freedom has its own response delay and reversal duration, while its endpoint directed momentum, angular momentum, spin, orbital rate, or translational velocity acquires the opposite sign without changing material identity. The paper also develops a causal Earth-response extension and a Directional Reveal closure. The terrestrial response is modeled as a delayed multicomponent response to the already reversed galactic heart, and the observer chronology contains two optically accessible endpoint epochs separated by a Missing Transition Epoch. The accompanying unified reproducibility program verifies 67 internal mathematical and consistency criteria, including the terminal stellar calibration, continuous collection and travel, finite core reversal, bipolar-jet construction, multiscale gear cascade, Earth-response kernels, conservation identities, directional observer gate, and missing-transition timing decomposition. Normalized numerical realizations are used as internal-consistency demonstrations rather than independent observational calibrations.