Antimatter Hypothesis: Age of the Universe

In the Big Bang cosmological model, the age of the universe is measured since the instant of a hypothetical initial event. In the cyclical cellular cosmological model, age is measured in generations of galaxies since the first galaxy of the extant species, which is shrouded in prehistory like the origin of life on Earth. If each parent galaxy had two offspring, then in twenty generations over a million galaxies are born in the last generation. In thirty generations that number is over a billion, which is power of two, exponential growth that coincides with the cellular growth pattern observed in cellular biology. However, in the local group of galaxies to which the Milky Way belongs there are over thirty five galaxies and about one hundred and fifty globular clusters. How many will survive to produce offspring is anybody’s guess. A galactic generation is the measure of time from the formation of a matter black hole to the formation of an antimatter black hole. Whatever the age of a galactic generation, the universe is incredibly ancient, far older than conventional astrophysicists predict.