Science Forums 2

[HydrogenBond]

One way to explain very early galaxy formation with a BB theory is to have the orginal primordial atom break apart into quantum chunks before inflation. Under those conditons one would not have a single BB but a multitude of mini-BB, all at the same time. This would not only explain how the universe expands uniformly with respect to the galaxies, i.e., each expanding mini BB is giving off energy pressure that pushing all the rest of the mini-BB, but the high pressure energy waves from all the mini-BB, keep the expanding matter of each mini-BB highly contained, while adding turbulance.

The quantum division before inflation occurs analogously to what is observed when particles reach extreme energy. At extreme energy, the mass/energy density of particles is higher than cool temperature particles. If we cool extreme particles they break into multitudes of smaller particles of lower mass/energy. With respect to the primordial atom, it can only exist at limiting temp. If it cools slightly, it breaks into smaller primordial molecular composites (to extend the terminology). Since the uniform expansion of the universe is known to occur at the galaxy level and not at the superstructure level, this would suggest the lowest quanta of primordial composites has subunits at the galaxy level. Their expansion will occur with extreme energy pressure waves coming inward from the exterior, from all the rest of the mini-BB. This will contain the expanding galaxy in limited space, while making turbulence, allowing galaxies and even stars to form in a couple hundred millions years, as is observed.