The plane itself IS moving, but you claim Saturn itself is NOT moving at all, so you're comparison is wrong
No, I accept that Saturn is rotating with a period of roughly 10.5 hours, while orbiting the sun.
So no, Saturn is moving, just not moving like you claim.
Also wrong, is that heat haze is a momentary effect
No, that would be you that is wrong. You have admitted that the atmosphere is always in motion.
That means it isn't a question of if the effect is there or not, it is how significant it is.
Every effect of our atmosphere occurs near the surface, like heat haze, as shown in your examples.
Just what makes you think that?
Do you think it magically all stops working just a little bit above the surface?
We can see clouds moving around at high altitudes. We know that planes can go through turbulence while flying, where it is significant enough to shake the plane.
But you want to claim it just magically doesn't exist.
You are yet again making baseless claims to try to avoid the burden of proof.
But all you are doing is trying to give yourself a different burden.
Because they are high above the surface, where there's little air, or atmosphere, to effect these objects from our view.
And more baseless claims.
The air directly above you, reaching to space is equivalent to over 8 km of air at the surface.
At 30 000 ft, the air is still 30% of the pressure it is on the ground.
That's why they put observatories at higher elevations, to limit atmospheric effects which occur near the surface at lower elevations
And where are your observations from?
Low altitude.
You are demonstrating that you know you are spouting pure BS.
If your BS was true, there would be no need to put observatories at higher elevations.
Not if the stars were trillions of miles away, though.
Why?
That makes no sense at all. Yet again, you just assert delusional BS to try and prop up your fantasy.
At sea level, there is roughly 10 000 kg of air per m^2, if you go straight up.
The higher you go, the less air there is to see through.
By the time you reach 100 km, there is practically no air.
So it doesn't matter if an object is 100 km above Earth, or a trillion km away. The same air is there which you have to deal with.
What is the main problem at this point, from a clear, close up view of Saturn, and the stars?
You are yet to provide a close up view. A high magnification view is not close up. They are fundamentally different.
They are very small in size
They have a small angular size, and that is the issue that was brought up before.
For an object with a small angular size, they are very sensitive to disturbances in the atmosphere to distort the view.
For an object with a large angular size, they
much smaller than the moon and Sun, even though they're about the same distance away.
By physical size, Saturn is between the moon and sun. By angular size, Saturn is much smaller, as it is much further away.
There is no reason at all to think they are all the same distance away.
The fact we can get annular and total solar eclipses shows the sun is further away than the moon and larger than it.
The fact that the sun appears to be at roughly 90 degrees to a 1st quarter moon shows it is much much further away, and consequently much much larger.
We could never see details of stars if they were trillions of miles away
And you are yet to show any details. So your claim is pointless.
It's not caused by the atmosphere
Prove it.
nearly none exists there anyway
So you took these pictures/videos in space?
Because it is the atmosphere BETWEEN you and the object, not just the atmosphere near the object.
You're completely contradicting your own argument here.
No, I'm not.
I am providing an example of the atmosphere distorting the view to the object.
Something you falsely claim is impossible.
The burden is on you to demonstrate it is not the case for Saturn.
By the very nature of your claims, you are setting yourself up to try and dismiss any evidence that shows you are wrong.
The only thing you would accept are similarly distorted views of other celestial objects (like the shot of the moon already provided), but you will just claim that shows features of the object moving.
And you want to dismiss anything that isn't that as "not comparable", even if it clearly demonstrates the effect of a turbulent atmosphere.
You are just setting up a dishonest impossible standard to try to dismiss anything that shows you are wrong, while refusing to meet your burden of proof.
Again, if you want to claim it isn't the atmosphere then prove it.
Don't just repeatedly assert the same delusional BS.
Show the atmosphere cannot be causing these distorted views.