The Cosmic Microwave Background exhibits a peculiar alignment between its lowest multipole moments, particularly the quadrupole and octupole components, which appear to be aligned with each other and oriented along a preferred axis in the sky rather than being randomly distributed as Lambda-CDM predicts. This alignment, colloquially termed the "Axis of Evil," shows that these large-scale temperature fluctuations point toward a specific direction that coincidentally aligns with the ecliptic plane and the dipole direction of our motion through the CMB, creating a pattern that should be exceedingly rare in a statistically isotropic universe (Land 2005; Schwarz 2016). Lambda-CDM struggles to explain this alignment because the model assumes the universe is statistically homogeneous and isotropic at large scales, with primordial fluctuations arising from quantum fluctuations during inflation that should produce no preferred directions; the alignment suggests either an unlikely statistical fluke, a breakdown of the cosmological principle at the largest observable scales, or systematic effects in the data that have proven difficult to identify or eliminate despite extensive analysis of multiple CMB datasets from WMAP, Planck, and other experiments.