Heim's cosmological equation links the smallest thing in the world (the fundamental
geometrical unit) to the largest one – the diameter of the whole physical space.
An analysis shows that the number of metrons in our world is constantly
increasing, while their individual diameter becomes smaller (similar to
an dividing ovum). While both of these processes take place simultaneously, this results in an weakly expanding universe, but
the expansion is clearly
smaller than assumed by interpretation of the cosmic red shift as a Doppler effect.
As the size of all metrons changes, also all physical values change,
since they are based on geometrical processes.
An approximation into the past leads to a temporal zero point.
At this point there only existed an initial set of metrons (trinity of
spheres = Sphärentrinitaet) -10108 years
ago. The metrons then divided and multiplied, forming an expanding but completely empty space
over a very long period of time.
Only when they reached a critical size, due to symmetry breaks matter suddenly
appeared in the whole world about 15...40 billion years
ago (matter is inhomogeneous compressed space).
Matter was then generated from uniformly distributed generative regions
throughout space. Heim says it must have looked like fireworks.
These generative regions still leave their traces today. We can see them as so-called space bubbles which is a bubble-like arrangement of matter
in the universe which is observed by astronomers.