Solving the Modern Cosmic Conundrum via Our Traditional Physics Concepts

The cosmic conundrum is related to the mismatch results between measurements for the expansion rate of the nearby universe and those of the distant (primeval universe) where stars and galaxies even existed, could be solved via investigating the ground zero of big bang zone.

Purpose: Solving the serious tension of the mismatch results between measurements for the expansion rate of the nearby universe and those of the distant (the primeval universe).

Methods: Investigate the ground zero of the big bang fireball zone calculations via simulating the events on any traditional explosion.

Results: The different readings of expansion speed of the universe is due to monitoring different galaxies formed of primary particles were occupied in certain layers of the ground zero of the big bang zone which obtained specific propulsion pressure to be rushed to the space at certain speed according to the energy obtained according to their spherical layers of the ground zero of the big bang zone, lead to the discrepancy and the mismatch in our measures for the expansion rate of the nearby universe and those of the distant galaxies and granting the universe the typical properties of different rates of expansion. The relativity aspect in the mismatch of the results of measurements, where mismatch in the measurement could also occurs due to the differences in the directions of moving galaxies the nearby universe and of our space observatories well as the universe primeval universe results from the difference in the directions of the moving of the galaxies.