Atmospheric refraction becomes more severe when temperature gradients are strong, and refraction is not uniform when the atmosphere is heterogeneous, as when turbulence occurs in the air. This causes suboptimal seeing conditions, such as the twinkling of stars and various deformations of the Sun's apparent shape soon before sunset or after sunrise

You can observe atmospheric refraction over large bodies of water

Did u just copy and paste that

Yes

Dont copy and paste something you dont understand..

It makes perfect sense.

https://media.discordapp.net/attachments/484516084846952451/663139028161527835/Mirage_2.gif

Don’t deflect from it when you know it’s correct too.

No refraction doesnt make a curve the curve was always there

So I’ll ask you again

How does light bend due to atmosphere refraction

You dont understand it omg.

Slight deformations due to atmospheric conditions has nothing to do with seeing a curve in outer space

We don’t ever observe earth curving in real life. And you’re trying to say we do, based on your belief. Your belief doesn’t belong in a debate that requires scientific proof.

Your deflecting again

Maybe because we're on the ground.

Exactly derek

You dont observe atoms everyday

But they exist

You dont observe bacteria everyday

But they exist

My original point was that fish eye lens argument is bs

Thanks for deflecting :)

Man, ur really smart

It’s not bs

@$amad

You don’t understand it and you clearly never seen a fish eye lens until now

I've had to way to many light diagram papers to be told i dont understand lenses

Fisheye lenses literally create curved surfaces from flat ones.

Proof?

Are you for real?

Create a curved lens yourself

And observe

Its a curved earth..

Wow

At 10 feet?

Have a great day.

How do i know thats not photoshopped

If nasa can photoshop so can you