Message from @jlegend

Discord ID: 550798136734515220


2019-02-28 21:41:20 UTC  

When you are standing on the beach and looking into the distance, the farther you look, the more shallow the angle becomes. Once that angle of light bouncing of the objects in the distance hits .02 degrees, the light becomes unresolvable. Think of a boat as trillions of photons of light coming to your eye. When that light hits a certain angle, it's not longer resolved

2019-02-28 21:42:27 UTC  

@jlegend your last comment. that's the reason the globe gives. Its assumed. It is not science. Its just an assumption based of thinking you live on a ball. No measurements, nothing.

2019-02-28 21:42:53 UTC  

Based on my reason

2019-02-28 21:42:58 UTC  

The correct reason

2019-02-28 21:43:04 UTC  

We live on a round earth

2019-02-28 21:43:12 UTC  

And I hate to tell you but its incorrect

2019-02-28 21:43:37 UTC  

How is it incorrect

2019-02-28 21:43:50 UTC  

If you would like to show me your direct scientific measurements. I might believe you.

2019-02-28 21:44:03 UTC  

I'll be waiting.

2019-02-28 21:44:18 UTC  

But I'm not just going to take your word for it

2019-02-28 21:44:46 UTC  

I've seen zero evidence for a globe

2019-02-28 21:45:13 UTC  

I have some measurements telling me its flat

2019-02-28 21:46:32 UTC  

You can prove it using observation

2019-02-28 21:46:57 UTC  

Go to the ocean and look at the ships leaving

2019-02-28 21:47:30 UTC  

If the world were flat as you say then the ships would not be visible only from the top.

2019-02-28 21:52:57 UTC  

What abt Eratosthenes study

2019-02-28 21:54:50 UTC  

I think flat earthers say it also works with a small and local sun, idk how true that is though

2019-02-28 21:54:54 UTC  

Ffs are you dumb

2019-02-28 21:54:56 UTC  
2019-02-28 21:55:09 UTC  

Where he saw the sun shining directly above syene but in alexandria the Alexandria that didnt happen

2019-02-28 21:55:16 UTC  

How am I dumb @Citizen Z

2019-02-28 21:55:17 UTC  

@jlegend I just explained how light works

2019-02-28 21:55:37 UTC  

Il get you more info to read so maybe you will understand

2019-02-28 21:55:58 UTC  

You have assumptions as of now based on old history

2019-02-28 21:56:10 UTC  

We now know those ideas are wrong

2019-02-28 21:56:10 UTC  

It's not old history

2019-02-28 21:56:21 UTC  

Boats dont go over the horizon

2019-02-28 21:56:25 UTC  

That's a myth

2019-02-28 21:56:29 UTC  

It was an acient discovery proving my point

2019-02-28 21:56:32 UTC  

Myth

2019-02-28 21:56:33 UTC  

No.

2019-02-28 21:56:37 UTC  

You can see it

2019-02-28 21:56:46 UTC  

It's not going over a horizon

2019-02-28 21:56:51 UTC  

It's the way light works

2019-02-28 21:58:32 UTC  

In different surfaces the sun hits at different angles

2019-02-28 21:58:41 UTC  

Bc we are on a flat surface

2019-02-28 21:59:34 UTC  

You are not listening

2019-02-28 21:59:43 UTC  

Firstly

2019-02-28 21:59:49 UTC  

OPTICS

2019-02-28 21:59:56 UTC  

This is how angular resolution works physically in the eye.
https://cdn.discordapp.com/attachments/379214321907007488/459802853524111361/1_EN.png
Cameras work the same way.
The cones of the retina is a zoom in of the eye. If the angular size of the target is not enough to activate more than a single cones/sensor the object is unresolvable.
There are 3 ways to decrease angular separation.
1. Move the two separate targets further or closer together.
2.Increase the distance.
3. Change the angle of view.
https://cdn.discordapp.com/attachments/379214321907007488/459805458644074511/angseperation.jpg

First here is a demonstration of how angle of view changes the angular separation of 2 targets. https://cdn.discordapp.com/attachments/379214321907007488/459806914331541504/unknown.png

For example in this image, as the stop sign's angular size shrinks from distance or angle, the image that prjected onto the retina also shrinks. Eventually it will reach such as small size the eye can not physically detect the light. https://cdn.discordapp.com/attachments/379214321907007488/459808085436006410/refraction_cornea.png
A geometric analogy would be closing a pair of scissors. When the scissor tips are closer together than the spacing between the rods and cones of the eye then you get to see the target. The point where the tips cross from too close to normal vision is the angular resolution.
https://cdn.discordapp.com/attachments/379214321907007488/459817803038326784/unknown.png

https://cdn.discordapp.com/attachments/379214321907007488/459818062858682368/65116694_resized550bbc_sg_g4_eye.png
When the angle of view becomes to much it pretty much goes parallel, but you lose sight of the ground before that. It's the same on the globe too but even worse because the angle of view is increasing quicker because of the curving away of the ball surface.