He sure is, he gave us Batty ffs.

Currently, the followers of the theory of the flat Earth are more and more numerous

I'll try again.

The ladder is small, but the moon is far away.



The horse is small, but the cows are far away.



The banana is small, but the people are far away.



The man is small, but the woman is far away.



The man is small, but the other man is far away.



The hand is small, but the balloon is far away.

^^^ That's not correctly. To do it correctly, place the center of your eye at the surface of the road, and look along the road.

Why do it this way? Because you can never get an eye at the same level as another eye in your scenario. Nor a camera. They are always off in height at least a few molecules.

Let me draw the flat earth for you with the eye at road level. It looks the same as globe earth.

---

There it is, without the telephone poles.

I am extremely disappointed. Don't tell me you're not even a member of the Flat-Earth Society...

For a Flat-Earther like you Notbatman it should be a liability isn't it?

The illustration shows how objects converge in the distance with an elevated single point perspective. The point in the centre is the vanishing point and the red line is your horizon line.

What's going on here is that the eye has a resolution limit, a maximum distance it can resolve objects. As an object moves away it gets optically compressed; smaller with distance. An object, while it gets compressed also moves towards the centre; to the vanishing point.

When the object reaches the horizon it has reached the vanishing point and can no longer be resolved; it's too small to see. The horizon is everything past the eye's resolution limit, everything is compressed into a line.

This is where it gets interesting because, if you know the resolution limit of the eye which is based on the aperture size and wavelength of light entering the eye and, you know the elevation of the eye above ground you can calculate the distance to the horizon.

This is the point where you bust out the sextant and start measuring the moon (32') against the horizon. 1 minute = 1 nautical mile.



The Who - I Can See For Miles -- https://youtu.be/Q0iqg2UanEc

Well, you are debunking your points yourself.
So we can't trust our eyes because they have an optical limitation.
But we should trust the P1000 (even though multiple tests/comparison have shown that this is not a great optics) !

As I said, why no flat earther go on top of the empire state building with very powerfull telescope and try to spot the Eiffel tower.
It could be possible in a flat earth world.

^^^
Why would the atmosphere be a limiting factor ?
Are you telling me that the "plasma moon" or the "plasma sun"  attached to your dome are closer than 6000 km ?

If we can see the sun with our bare eyes, why can't we see the eifel tower from NYC using a very very expensive lens (one that has a bigger resolution than the eye).

Logic, no ? oh well, unless the earth is a globe and you can't see behind the curve.  QED

....yeah, and brass monkeys fly outta my arse.

Yo dude, I gotta bridge I wanna sell ya.....