I found the discussion under the video far more interesting, this pwerson ended all sensible conversation:
+Hendrik-jan Monshouwer - If you want 'nitty picky' which twilight do you mean - civilian, nautical or astronomical?
Venus was amazingly bright and relatively high in the sky, even after astronomical twilight, early this year in January. Mercury, I think, is too close to the Sun for it to be easily, if at all, observed after astronomical twilight.
By the way, these observations fit the heliocentric model, considering planets orbit more or less along the plane of the ecliptic. I can bring up Stellarium and go to any location, date and time and check its predictions against what is actually in the sky, and guess what? It's correct 100% of the time and its calculations are based on the heliocentric model.
The fact of the matter is until FETs actually develop a comprehensive and consistent FET model of the universe (you know, 'draw it out') that makes predictions that can be tested against reality there really is nothing to discuss.
Oh, and while we're talking about 'magically woven' what exactly in FET explains how the Sun & Moon stay up? How about what makes them move across the sky? What powers the Sun? I can go on and on because FET has no - zero, nada, nil, zilch - physics or maths behind its magical workings.
The observations are not exclusive to the heliocentric model.
Your evidence of a spinning ball please? :)
Which experiments exactly?