Supernova Ia without Accelerated Expansion The First Global Failure of Relativity Theory

Abstract

A new cosmological model has been developed that shows great promise for solving many of the present problems of physics. A new concept of space and its production, spatial condensation (SC) is the cause of the expansion. Dark mass (not matter) scales with the expansion differently than matter. Many other non-relativistic concepts predict a simple beginning, absence of singularities, a definition of energy and the cause of space curvature and gravity. Predicted cosmological parameters agree with recent measurements including t0=13.5 Gy, H0=68.6 km/(s Mpc), Omega (mass)=0.28 and no dark energy. Other predictions include: Hubble flow at the Planck level, vacuum energy (no mass), Evac/Emass=10^123 in agreement with quantum mechanics, and the pattern in the CMB is the distribution of very early dark mass black holes of average mass 10^8 Msun. Excellent agreement with supernova Ia data is obtained with no acceleration of the expansion rate. It is concluded that the SC-model announces the first global failure of relativity theory.