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As conclusively explained in [9], the „Cosmic Time Hypothesis” (CTH) demands, we have to accept both consequences specified in this quotation. On one hand, the CTH allows us to simplify our theories of the universe in an impressive manner, on the other hand, it forces us to question our total physical world view.
By transformation of eq. (2), we receive:
                      (3)
(G = gravitation constant, M = total mass of the universe, R = radius of the universe,
c = vacuum light speed).
As a logical consequence from this, there result the dependencies depicted in Fig. 3 below [9].
Accordingly, the gravitation pressure in the earth body decreases with time ( G ~ t– 2/3 ) which must lead to an expansion of the earth.

4. Comparison of the CTH with the actual state of knowledge

For the majority of the established scientists, those results of the CTH assembled in Fig. 3 are at least provoking, if not even unacceptable. If we, however, look around in the literature of the past decades, we find that, surprisingly, some of the cognitions presented here are not so new at all. There is quite a number of interesting observations and theoretical deliberations, the results of which coincide with the CTH. The essential difference only is, the CTH presents a theoretical model which is consistent within itself, whereas those results which can sporadically be found in the literature mostly are limited to single phenomena.
Mainly the fact, the CTH can  provide surprising solutions for such fundamental problems in physics as the mystery of the cosmological constant and the unification of the natural forces, for which the established physics have not even a vision of scientifically founded solutions, should be reason enough to study it more carefully.
In the following, the single results of the CTH are discussed and compared with the actual state of knowledge.

4.1 The universe expands at the speed of light
= c ~ t -1/3,  ® R ~ t 2/3      (4)
This statement surely is the most provoking of the CTH. But just this supplies the key opening the door to a new time term – the cosmic time [9]. Regarding it unreflected, relation (4) infers with the Einstein axiom, the speed of light is a universal natural constant. But in order to judge the meaning of this axiom, we first must clarify the term „natural constant“. By this, we mean a physical value that only can be defined empirically, i. e. by measurement, and not by means of a theory.
By choosing a suitable time parameter, the light speed formulated in (4) can be brought into accordance with this definition or, as Einstein expressed  [10], p. 30:
“One can, for the completion of the time definition, use the principle of the constancy of the vacuum light speed.”
 
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