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This means, very distant celestial bodies which have transmitted their light many billions of years ago when the cosmic signal speed (velocity of light c) was still considerably higher than today , must, at identical escape velocity v, have a lower red shift than closer galaxies.
Thus, the CTH can, without effort, interpret the observations, without designing such an unnatural model of the universe’s evolution as presented in [27].
Indeed: The CTH would be a revolution in cosmology, too, but a much more plausible, coercive and elegant one.

4.5 Discrepancy between the increase of the day length and the distance increase earth- moon

By means of historical documentations concerning sun eclipses can be univocally proved the day length has, during the past 2500 years, increased by an average 1.7 millisecond per year [38]. This value is also in accordance with the results from microscopical studies on 400 million years old coral fossils [39]. According to this, the day length must have increased by approx. 2 hours since, which, when calculated for 100 years, also equals approx. 1.7 ms.
It was also measured that the distance earth - moon increases by 3.7 cm per year [38].
Both effects are attributed to tide influences between earth and moon.
The problem with this is, the measurements are not in agreement with the theory. A distance increase of 3.7 cm per year would theoretically equal an increase of the day length of 2.3 ms, instead of 1.7 ms per year [38].
This discrepancy disappears if we take those effects into account that come along with the gravitation constant (G ~ t^{- 2/3} ), which decreases with time.

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