^^^
You're the one who doesn't even understand your own ridiculous spinning globe theory and I have to explain that it claims there's a weight difference at the equator vs. the poles. Do you think that laughing at the proof special relativity (the crux of all your arguments) is not consistent with experiment somehow invalidates empirical measurements?
I just wanted to know, what's your views on the Sun, the moon and the days.
How can we have a day in some part while night on other?
Is sun too flat, how does it move or how does earth move. Why we see it on the day but not on the night?
And is moon flat, it has even more difficult pattern of sighting. There are full moon, half moon, crescent moon and no moon. As well sometimes we sight it on day. How does it move?
You can't even see to the end of a really long hallway how do you expect to see all the way across the world?
The Sun, Moon, Stars and Planets are all holographic lights projected off of a mirrored dome above us.
So how do they move projecting light partially?
And how do they start again other day?
Like when the beam moves from Place 1 to Place 6, shouldn't it return back from 6 to 1. Or is the beam switched off and new one is light on Place 1?
First of all understand that the projected image of the Sun travels above us in circle, the effect of rising and setting is an optical one; the Sun doesn't change altitude.
Now imagine you're traveling down a long straight tunnel, you can't see the light until you get relatively close to the end. When you're say only 1/3 of the way it's dark, there's nothing between you and the light at the end but it's dark.
Day and night work the same way, the Sun is simply too far away and is hidden by perspective, convergence and atmosphereic effects. Since the Sun is high up in sky it gets cut off by the horizon that rises up optically to meet eye level before it can shrink to a point and disappear. There are however rare occasions where the atmospheric conditions are just right and the Sun is setting between mountains and it can be seen shrinking to a point instead of just setting. The sky like the ground rising up to meet the eye lowers to meet the eye, this is convergence.
Objects get smaller with distance and converge on the horizon until they reach the vanishing point and disappear. Since the horizon rises to eye level one can see father by gaining altitude as it takes more ground to meet the altitude gained, this is perpective. For example if you're lying down and watch the Sun set completely you can stand up and see the Sun again momentarily.