Message from @der fuhrer's face

Discord ID: 574360905563766804


2019-05-04 22:15:57 UTC  

Need not be CGI, but a possibility

2019-05-04 22:16:05 UTC  

🤔

2019-05-04 22:16:06 UTC  

Like editing included

2019-05-04 22:19:24 UTC  

We know not all ice wall pictures are real

https://cdn.discordapp.com/attachments/484514023698726912/574359451147173893/image.webp

2019-05-04 22:20:21 UTC  

hey if earth is flat then why if someone goes across the earth stars disappear and reappear out of the sky

2019-05-04 22:20:42 UTC  

on a flat earth all of the stars would be the same and wouldn't change

2019-05-04 22:20:52 UTC  

FLAT EARTH LIGHT CURVES UP: https://imgur.com/5Ul54c6 https://imgur.com/ZGxzT55
FLAT EARTH SHIPS DISAPPEAR HULL FIRST: https://imgur.com/aUtqGyq

2019-05-04 22:21:43 UTC  

@der fuhrer's face wow someone's saying what would and would not happen on Earth depending the shape of it, so manipulate the shape of the Earth and SHOW me what would happen

2019-05-04 22:22:27 UTC  

So basically light bends and when the rays from the stars reach the ground before reaching us, those stars are below the horizon?

2019-05-04 22:22:30 UTC  

on a globe, the stars disappear and reappear depending on where you are on the globe

2019-05-04 22:22:37 UTC  

this does happen

2019-05-04 22:22:49 UTC  

but on a flat earth they'd all be the same

2019-05-04 22:23:09 UTC  

Flat earth pretty much needs bendy light

2019-05-04 22:23:12 UTC  

@der fuhrer's face Please flatten/spherify the Earth and prove it

2019-05-04 22:23:21 UTC  

I don't believe you

2019-05-04 22:23:35 UTC  

How do you know what WOULD happen when nobody's EVER done it?

2019-05-04 22:24:11 UTC  

if you know anything about physics, you should know that light usually doesn't bend on such a scale that it would bend hundreds of km/miles

2019-05-04 22:24:26 UTC  

it usually goes straight

2019-05-04 22:24:33 UTC  

so, in theory

2019-05-04 22:24:54 UTC  

the light of the stars would hit the earth all of it at the same time

2019-05-04 22:25:10 UTC  

which would mean we'd see all stars

2019-05-04 22:25:38 UTC  

unless if it's a globe, in which case the light would hit all over and not only one one side

2019-05-04 22:26:11 UTC  

well, it'd hit the side of which the light is exposed

2019-05-04 22:26:17 UTC  

Well, if light travels straight or very nearly so, globe gets the trophy. So flat earth must include bendy light if we are gonna explain various phenomenon often taken as proof of earth rotundity

2019-05-04 22:26:27 UTC  

but on a flat earth the light would hit the entire earth at the same time

2019-05-04 22:26:50 UTC  

which would mean we'd see all stars no matter where we are on earth

2019-05-04 22:26:53 UTC  

but we don't

2019-05-04 22:27:41 UTC  

So on a flat earth, we can't assume light travels straight, it must somehow bend in some relationship and have the celestial bodies behave sorta like perspective projections, it gets weird with a flat earth

2019-05-04 22:27:57 UTC  

what

2019-05-04 22:28:02 UTC  

australia sees the large and small magellanic clouds while people in the north hemisphere can't

2019-05-04 22:28:18 UTC  

that could only happen on a globe earth

2019-05-04 22:28:32 UTC  

on a flat earth, no matter where you are, you'd see everything

2019-05-04 22:28:52 UTC  

but on a globe, since light doesn't normally bend, we see only portions of the sky

2019-05-04 22:29:06 UTC  

@Human Sheeple you got anything to debunk this?

2019-05-04 22:29:27 UTC  

A "what" indeed

2019-05-04 22:29:29 UTC  

I'm taking that as a solid no

2019-05-04 22:29:36 UTC  

That is all there is to say

2019-05-04 22:29:46 UTC  

that what wasnt meant for bob

2019-05-04 22:29:56 UTC  
2019-05-04 22:29:58 UTC  

that will be all *claps*

2019-05-04 22:30:06 UTC  

hm?