So you have no evidence and haven't done any experiments.
Fair enough.
And if that is being beamed from the central generator so low, how come nothing gets in the way?
And if the centre is soooo high what about this gradual slope/no gradual slope/flat earth/its not flat/super deep seas





That line of thought gets more interesting the further you take it.
To project an image of the sun it has two be one of two things:
1) A massive site projecting the beam as parallel lines, so what we see in the sky (accounting for distance) is the same size as the projection site.
2) The projection is the traditional conical beam that you get from most projectors.
As distances and sizes of land mass in the arctic circle are well known and regularly travelled, we can rule out 1. There just isn't space to hide such a large projection hole.
Now if you take a cone standing on end with the point straight down and take a horizontal cross section, you get a circle. But if you take a diagonal cross section you get an ellipse. Projecting a cone of light onto a curved dome creates a diagonal cross section and should give an elliptical image. The size and shape of this ellipse will vary depending on what section of the dome it shines on.
If you wanted to project a perfect circle onto a dome, you can manipulate the source image to counter for this, and it as what they do for imax screens to offer that 3d effect without having crazy warped images.
What does this mean for our snow globe, lemon squeezer earth? The central projection crystal must change what it is doing, as it rotates in order to constantly give the appearance of a perfect circle on the dome. Coincidently this makes us think that we are in orbit of a large globe.
Now lets not forget that there are parts of the world (between the two tropics) where the sun will appear directly over head at midday (depending on the time of year for each location), and no shadow is formed. Only completely vertical light will do this. This effect is completely consistent with a spinning globe in orbit of the sun and having an axial tilt of 23 degrees (as can be demonstrated with ease with a mechanical model). Something in our crystal centre is making this happen as you can not shine light from underneath the middle of a parabolic done and have it bounce back down elsewhere vertically (as demonstrated a few weeks ago).
This means that our crystal central has a morphing crystal in the middle that rotates shining the sun on different parts of the dome in a way that appears circular all the time - it adapts to compensate. It projects on a daily path which gives each location on the earth the appearance of the sun rising in the east and setting in the west, but also changing the path it travels each day to be lower or higher in the sky on a repeating yearly cycle. Meanwhile this light that reflects down from the dome bends on a 100% predictable path to end up completely vertical at certain times of year. Different weather conditions that alter the density of the atmosphere do not appear to affect this phenomena, which rules out refraction through an atmospheric stack.
When you look at this critically, work it out yourself and don't just follow what you are told, you find it makes no sense what so ever. It can not function without a whole lot of fudges and none of this can be explained by maths, physics or recreated with computer or mechanical models. That is why there is absolutely zero proof of any of the above being real.
It makes it all fairly unlikely doesn't it?