Google how wavelength affects refractive index

Yup see

@Σ5 what is this?

@dumblebore 🌈 science

didn't ask u

thats a graph of refractive index of wavelength

of a specific material

ah

the curve is dependant on the material

is it like how much the ray of light bends upon hitting a surface?

you have to measure it at multiple wavelengths to get a rough approximation of teh curve

yes

higher refractive index the more the photons slow down

Anyway

n = refractive index

wait so FE don't believe in refraction right?

As light refracts at different angles based on the wavelength, according to Kevin's hypothesis, we should be able too see a rainbow (kinda) at the horizon

most

i watched a video of a flat earther saying that atmospheric refraction is false and then saying the curve of earth is false then he gets out a high zoom camera

videos a horizon with many objects

the things literaly distort as the atmosphere changes

and says that its proof that there is no curve

Lmao wut

@^Kevin^ what u gotta say about that

he dosent

he probably dosent believe a person like that or think a person like that is also stupid

tragic

i dont see how

i think thats at least positive

earth is flat, you don't see the bottom of ships because of atmospheric distortion/refraction

I just SAID WHY THAT CANNOT HAPPEN

JUST NOW

Just FUCKING 5 MINUTES AGO!!!

lol

?

its still flat, you just need to use a zoom fuction on cellphone, or telescope to zoom in on the boat and bring the entire boat back into focus

what did you say?

anything you still can't see is not blocked by horizon, since earth is flat

once the ship gets out far enough you will need a more powerful telescope to zoom it back in

@Σ5 see Kevin is claiming that u don't see the bottom of the ship due to atmospheric refraction

there is no horizon on flat earth unless it goes under a hill