Message from @Earth

Discord ID: 574418411057184768


2019-05-05 02:11:25 UTC  

--its simple

2019-05-05 02:11:26 UTC  

Because of relative angles, yes

2019-05-05 02:11:34 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ You're basically using a ruler to measure a skyscraper

2019-05-05 02:11:43 UTC  

now, here's convergence CONVERGENCE ... hallway pic .. https://prnt.sc/g2ug63

2019-05-05 02:11:51 UTC  

how does the sun bent

2019-05-05 02:11:54 UTC  

light

2019-05-05 02:11:55 UTC  

Same logic proves sun couldn't set on a flat earth unless it went under or light bends

2019-05-05 02:11:58 UTC  

What happens if you zoom in?

2019-05-05 02:12:02 UTC  

If u are on the floor u will see more of he ceiling

2019-05-05 02:12:07 UTC  

A hallway is astronomically small compared to a planet

2019-05-05 02:12:12 UTC  

That’s how angular resolution works

2019-05-05 02:12:26 UTC  

Yes not imagine that hallway went for miles

2019-05-05 02:12:30 UTC  

Now

2019-05-05 02:12:32 UTC  

Just because a hallway is flat does not mean the planet is flat

2019-05-05 02:12:47 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ on a flat earth, we'd see the same stars no matter where you are on earth because light travels in a straight line but we don't see that we see different astronomical objects depending on our position on earth and that can only happen on a globe earth and also that hallways is nothing compared to the horizon because the horizon is way farther away then that

2019-05-05 02:12:56 UTC  

The planet shape doesn't have to correspond with our infrastructure

2019-05-05 02:12:58 UTC  

He is pointing out that the floor meets the ceiling and eventually their is a point u can’t see past

2019-05-05 02:13:24 UTC  

@Etzie visual aids/apparatuesus have "vanishing points" too
--just like the human eye
-- but visual instruments that can zoom, can see farther, thats all
but as said. they still have > vanishing points

2019-05-05 02:13:30 UTC  

they are limited too

2019-05-05 02:13:36 UTC  

The globe model has u thinking u can see 300 light years away but it doesn’t work like that

2019-05-05 02:13:41 UTC  

Human eyes can't see an object miles away in clear detail

2019-05-05 02:13:42 UTC  

also i meant globe earth my bad

2019-05-05 02:14:01 UTC  

@jeremy you can see stars depending on how bright and big they are

2019-05-05 02:14:05 UTC  

yes

2019-05-05 02:14:06 UTC  

true

2019-05-05 02:14:11 UTC  

it does work like that, that's basic physics

2019-05-05 02:14:24 UTC  

How do day/night cycles work?

2019-05-05 02:14:27 UTC  

No, optical limit of resolution is limited by objective lens diameter.

2019-05-05 02:14:28 UTC  

So Polaris fits the inverse square law ur saying

2019-05-05 02:14:30 UTC  

on a flat earth

2019-05-05 02:14:32 UTC  

Just get a bigger lens

2019-05-05 02:14:33 UTC  

i love "fish-sticks" <:BigSmiles:556070613224259594>

2019-05-05 02:14:38 UTC  

smh

2019-05-05 02:14:52 UTC  

<:LOX:573236946856443907>

2019-05-05 02:14:54 UTC  

Longer focal length

2019-05-05 02:14:54 UTC  

@✧Mike Flatbird (Mike Blackbird)✧ you did read the paragraph right?

2019-05-05 02:15:09 UTC  

u jus keep repeating

2019-05-05 02:15:14 UTC  

cuz its true

2019-05-05 02:15:18 UTC  

ive told you what happens

2019-05-05 02:15:21 UTC  

-- uh no its not

2019-05-05 02:15:23 UTC  

what happens then?