Incredibly, and somewhat unexpectedly, the beauty and symmetry observed in the cosmos has spawned a new theoretical breakthrough in cosmology which reveals a hidden dynamic connection between the Big Bang and the formation and evolution of spiral galaxies. This illumination reveals key mistakes in conceptual cosmology which have misguided astronomical science for more than 100 years. Now corrected, the universe is understandable in ways never previously thought possible. This new theory, referred to as the Centrifugal Propagation Theory (CPT), has important repercussions across all the major fields of astronomy, geology, and astrophysics; a unifying cosmological framework that leads to a series of bold, verifiable insights and predictions. These insights, many of which are counter to current astronomical dogma, are rooted in sound observational science published by a spectrum of the world’s leading astronomers and astrophysicists, past and present. Among these insights, the nature of spiral galaxy formation and evolution is explained, along with the anomalous spiral galaxy rotation curves first reported by Rubin and Ford in 1970 – which now no longer provide a basis for dark matter. CPT redefines the Hubble-Lemaître Law and constant, revealing a major consequence that the universe is not expanding. A redefinition that points suggestively to the mysterious Eridanus Supervoid and its cotenant, the CMB-Cold Spot, as ground-zero of the Big Bang. In its wake, CPT redefines the evolutionary history of the universe, galaxies, and solar systems - a history which no longer supports the concepts of dark matter, dark energy, the Laplacian nebular hypothesis, nor “cosmic ripples” as the basis for the formation of large structure in the universe. In these new dynamics of spiral galaxies the chronicled archeological history of the spiral arms predicts the age of the Earth in the midst of a 13.8 Byr-old galaxy and reveals the basis for the missing r-process elements - a new mechanism of nucleosynthesis and the source of the elements of the Periodic Table.