A concise record of successful predictions is often more persuasive than hundreds of pages of theoretical development because it directly addresses the central question every physicist asks: What did the model predict before the observational data became available? In this paper, we present several quantitative predictions made by the World—Universe Model (WUM) in 2013 [1,2] that were subsequently confirmed by observations and measurements. These prior predictions constitute one of the strongest arguments for the long-term scientific significance of WUM.The paper presents a self-consistent set of (Q)-dependent, time-varying values for the primary cosmological parameters of the World, including the Newtonian gravitational parameter (G), the Hubble parameter (H_0), the concentration of intergalactic plasma, the minimum photon energy, the temperature of the Microwave Background Radiation (MBR), and the peak temperature of the Far-Infrared Background Radiation (FIRB). The obtained set of values was recommended for consideration in the 2014 adjustment of the CODATA Recommended Values of the Fundamental Physical Constants.