Upon examining thousands of astrophysics papers and journal articles, one can’t help noticing the many researchers who are expressing a frustration that their well confirmed findings are not consistent with the Inflationary, Lambda Cold Dark Matter (ΛCDM) cosmic model. Their plea is for a simpler model that better explains these findings. This paper introduces such a model. It’s based on evidence that back in the 1930s Georges Lemaître erred when he made the unprovable assumption the big bang created the entire universe. Simply negating that assumption supports a new paradigm in which our big bang overlays part of a grander universe; one that’s perpetually consolidating residues of old big bangs and growing singularities that spark new ones. It’s this background litter that generates the anomalous behaviors observed by researchers. The paper shows how a dozen such popular complaints can easily be demystified. In addition to placing this unexamined model in the discussion, the paper also questions popular assumptions about dark matter and gravity, positing more logical magnetohydrodynamic (MHD) explanations. Keywords: black holes, cosmology theory, dark energy, dark matter, galactic super clusters, large-scale structure of the universe, missing antimatter, quasars, singularities, stars