The quadrupole component of the Cosmic Microwave Background—which represents the largest temperature variation across the sky—shows statistically unusual correlations and alignments with other large-scale structures and anomalies that should be independent in a cosmologically isotropic universe. The quadrupole appears to be connected to or correlated with other CMB anomalies (such as the octupole, the dipole, and the cold spot), as well as with our local motion relative to the CMB and the distribution of large-scale cosmic structure, creating patterns that suggest underlying connections between these supposedly independent phenomena rather than random statistical fluctuations (Copi 2015; Wehus 2016). Lambda-CDM struggles to explain these connections because the model assumes the CMB temperature fluctuations arise from independent quantum fluctuations during inflation, each with random phase and amplitude, with no reason for different multipole moments to be correlated with each other or with large-scale structures like filaments, voids, and our motion through space, yet observations consistently reveal these improbable correlations and alignments.