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From the CTH now follow some interesting relations between the strong nuclear force and the gravitation force, which could be of fundamental importance for the unification of all natural forces.As we know, the strong nuclear force is about 10 41   times stronger than the gravitation force [34], p. 89, also see Fig. 7.

Since the gravitation force varies proportionally  to the gravitation constant, it must, according to the CTH, at the Planck time have been larger than today by the factor
(t1/tPL) 2/3 = (4.7  . 10 17 / 5.4  . 10 – 44)2/3   » 10 41 i. e., it was identical with the strong nuclear force at that time, as demanded by the Super string theory.
This surprising result  even gains in fascination  if we link the strength of both these forces to their respective range of action.

Fig. 8: Strength and range of action of fundamental natural forces
 
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