The quadrupole and octupole, the sky's two largest patterns, point the same way within 10 degrees, a sub-percent accident at 2.8σ that survived the WMAP-to-Planck instrument change and travels with the hemispherical asymmetry, parity preference, and dipole-linked multipole vectors. ΛCDM's isotropic draws can only call each member of the family a separate accident, defended statistically and explained never.
Statistical isotropy is built into the model's initial conditions: every multipole orientation is an independent random draw, so no direction can mean anything. A sky with an organized direction is therefore unprocessable, the model must atomize the family into coincidences because it owns no vector that could orient them.
SCT's origin event owns exactly the vector ΛCDM lacks. A collision with nonzero impact parameter defines an axis, and the deposition it leaves is oriented: elongated along the collision direction, structured perpendicular to the inherited angular momentum J = μ(b × v_rel), with the largest-scale modes of the deposit carrying that geometry permanently (P48, P31). The quadrupole and octupole align because they are the two longest-wavelength readings of one oriented deposition pattern, and the rest of the family, the hemispherical asymmetry, the low-multipole deficit, the parity preference, the dipole-linked vector statistics, are the same geometry sampled by different statistics. One axis, imprinted once, read five ways: what the standard model must call five accidents, the collision calls one fingerprint.
The unified mechanism is quantitative in the series: the registered large-angle treatment derives the quadrupole suppression (C₂ near a quarter of expectation) and hemispherical amplitude (A_hem near 1.07) from a single 29th-level collision event, with the axis alignments as the connecting tissue, developed in Paper 8, From Chaos To Constructive Relativity (the P41-P48 imprint premises), and Paper 11, From Chaos to Covariant Completeness (the unified anomaly derivation). The registered geometric cross-check ties the family to known vectors: the CMB dipole should lie perpendicular to the J axis the alignments trace (P64).
The family must hang together: the registered kill is a polarization-era demonstration (LiteBIRD, CMB-S4) that the anomaly axes are mutually inconsistent at 3σ, or that quadrupole suppression and hemispherical asymmetry are statistically uncorrelated, which would dismantle the one-event reading and return the family to ΛCDM's separate accidents. Polarization finding the large-angle sky fully isotropic would do the same by dissolving the pattern itself.