Yes

What does that mean in this context

I might've missed it

and if you zoom and and watch that go over the horizon, you can get a more powerful camera, cellphone, binoculars, and telescope to go beyond that, and show that yet, it still hasn't gone over the horizon, its on flat earth where its still visible with a mor powerful zoom.

See how you can see more of the top of the hallway

Cuz you are closer to the bottom

Yes, Z?

Oh, yeah

yeah I understand that

The angle becomes more shallow

Quicker

Lemme do a quick drawing

And the light begins to blend

eventually there will be too much atmosphere and you won't beable to keep zooming in

Think of the objects or in this case the hallway The Arches not as objects but as millions and millions quadrillions of points of light

Photons if you wish

perspective

These photons are all coming to your eye at different angles

The more shallow the angle, the more the light will blur together

so you and me are on the same page Citizen

The top of that image shows two points of light

Thr bottom shows the two points merged

then why don't we see this?

Its how angular resolution in the eye works

We do. Its just unresolvable

Now stretch the hallway 3 miles

we see this though

I cant show you something thats become unresolvable

https://qph.fs.quoracdn.net/main-qimg-a04c6df7269268394ce2348d6476bf22-c

Thats the problem ppl have

of course. That's not unresolved though, that's half blocked.

If i could show you something thats unresolvable then it would be resolvable not unresolvable

Kevin said it was refraction, but you say it's perspective?

Its angular resolution and gradiant slope

shouldn't the sails be unresolvable too?

Optical slant

and, this is a zoomed image btw