The observed Baryon Asymmetry of the Universe, quantified as the excess of matter over antimatter N = +1 per ~10^9 photons, remains one of the most fundamental unsolved problems in cosmology. This paper proposes that this asymmetry is a direct consequence of the cumulative effect of CP Violation since the Big Bang. By integrating the CKM matrix phase δ_CP over the estimated 10^14 quark interactions in the early universe, we derive for the first time a total dimensionless magnitude of CP Violation equal to 59. This value, 59, represents the total "credit balance" of symmetry breaking that allowed one matter particle to survive for every billion annihilated matter-antimatter pairs. This work establishes 59 as a new fundamental constant governing existence, and provides the quantitative foundation for the AHMOURI Model. This result directly links the total CP violation magnitude of 59 to the observed matter excess of +1, solving the Baryon Asymmetry Problem.