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« on: November 18, 2018, 02:53:08 AM »
From the Wiki-----
Celestial Gravitation is a part of some Flat Earth models which involve an attraction by all objects of mass on earth to the heavenly bodies. This is not the same as Gravity, since Celestial Gravitation does not imply an attraction between objects of mass on Earth. Celestial Gravitation accounts for tides and other gravimetric anomalies across the Earth's plane.
A typical lunar eclipse
The Lunar Eclipse is red because the light of the sun is shining through the edges of the Shadow Object which passes between the sun and moon during a Lunar Eclipse. The red tint occurs because the outer layers of the Shadow Object are not sufficiently dense. The Sun's light is powerful enough to shine through the outer layers of the Shadow Object, just as a flashlight is powerful enough to shine through your hand when you put it right up against your palm
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I take this to mean that the heavenly bodies are endowed with some sort of property that allows for gravitational attraction between them and objects on earth, but other objects on earth aren't attracted to the earth itself. That way the heavenly bodies can cause the tides but I'm not exactly sure what the exact definition of 'heavenly bodies' happens to be. It seem to me that I had read in another part of the Wiki that the moon and the stars could do some gravitational attraction, but the sun could not. I did ask if there were any equations that could describe this property (like the equation of universal gravitation in RET) but I haven't seen an answer to that.
It looks to me like the shadow object has some interesting properties as quoted above from the Wiki. It looks like it might be semi-transparent. The 'official' line in FET seems to be that you can never see the shadow object because the sun is just too bright during the day to see anything in the sky other than the sun itself and maybe the moon. Of course the observed facts are different. I personally saw the moon and sun in the sky at the same time just yesterday. That's very common and is probably part of the FET paradigm. Additionally I have personally seen the planet Venus in the sky along with the sun so I know that's possible. I believe you can also sometimes see Mars, but I can't remember seeing that planet recently myself.
I've brought up another problem with FET countless times in the past that has never been explained. The sun must change orbits to account for the seasons in FET and that's shown on the Wiki. In order to change an orbital path there must be a force applied on a scheduled basis to move the sun in the path prescribed by the FET model. As far as that goes, the same kind of force is also needed for the moon and the shadow object as well. So many questions and so far no cogent answers.