Message #49642

[Industria]

Requirement 5: Primordial Escape Velocity = Primordial Expansion Velocity

Consider the primordial expansion velocity, the speed at which the universe has to expand in order to escape the inward pull of the gravity of all the universe. The primordial escape velocity (essentially the cumulative gravitational force of the universe) is the opposite force, which is precisely equal to the primordial expansion velocity.

If the primordial expansion velocity had been only one part in a million greater than the primordial escape velocity, the universe would have expanded so rapidly that matter could not have formed together into galaxies!

On the other hand, if the primordial expansion velocity had been only one part in a million less than the primordial escape velocity, then the matter of the universe would have formed into black holes instead of galaxies. In such a case, there would be no stars radiating energy to supply heat and light.

What are the chances that these two intricate forces could balance each other with precisely equal values in an un-designed, random universe?