But its distnace and size has been grossly misrepresented by mainstream science.
Not in the slightest.
Even their own rules prohibit what occurs with the sun being 95 million or so miles away.
Nope. We get just what you would expect, complete with eclisses and basically parallel rays of light from the sun, and penumbras and umbras as you would expect.
The sun only actually makes sense if it 3500 miles or so away.
Nope.
With the sun being only 3500 miles away it should change in size dramatically throughout the day and also have a massive change in intensity. That is not observed.
Cos the photons and wavelength of light would get tired and evaporate if they were like 90 million miles away. The wavelengths of light due to particle/wave duality means the wavelengths would expand in amplitude over 90 million miles away so even one wavelength would be so huge
You clearly have no idea what you are talking about.
Wavelength and amplitude are 2 fundamentally different things, and the wavelength of light does not change as it propagates. It doesn't magically get tired and evaporate. That would violate the law of conservation of energy.
Instead, all that happens is the light spreads out as it gets further away, as the sun is a spherically symmetric source (or close enough). That means the amplitude (and intensity) will decrease as you get further from the source. But all that would mean is the sun is very intense if you were to get close to it.
Any statistician would agree with this.
No, only someone who has no idea what you are talking about would agree.
Since the light waves get curved by disruption from the density of the air molecules.
, no light gets scattered by the air, and curves ever so slightly downwards due to changes in refractive index. That would make a round Earth look slightly flatter (or larger) and make a flat Earth appear to be an inverted Earth at best. It would be unable to make a flat Earth appear like a round Earth as we know it.
the photons self annihilate with their anti-matter counterparts.
The photon has no mass. It has no anti-matter counterpart. The closest thing to an antimatter counterpart would be itself.
Do you know what happens when a matter particle annihilates with its antimatter counterpart? It produces a photon (or several).
Your best bet would actually be saying the other process, where a photon spontaneously gives rise to a matter, anti-matter particle pair. But the energy of visible light isn't large enough to do that.
There is a quantum tunnelling inevitability factor that pushes self annihilation into the photon uncertainty to 99.9999999999999999 on the Globalist model.
Pure bovine excrement.
If you wish to assert such pure nonsense, and have anyone with an IQ greater than a rock take you seriously you will need to back up your claims.
Euclidean models use statistics to prove this.
You sure do seem to love throwing words together to try and look smart. The problem is there are plenty of people that actually understand what those words mean and will call you out on your BS and just make you look worse than if you remained silent.
Just what Euclidean models are you talking about? Do you mean Euclidean space, or something else?