Message from @Logrian

Discord ID: 684828784708288586


2020-03-04 18:05:05 UTC  

Youre saying that a distance is equal to the square root of a distance

2020-03-04 18:05:21 UTC  

This is meaningless

2020-03-04 18:07:23 UTC  

I got to reading about Electronic polarization and wow

2020-03-04 18:10:20 UTC  

@Logrian was your formula for the distance of the geometric horizon?

2020-03-04 18:11:11 UTC  

Tell me whats the formuli then?

2020-03-04 18:11:33 UTC  

distance square root of height

2020-03-04 18:16:50 UTC  

I think the exact formula is D = √ (2hR + h²)

2020-03-04 18:17:59 UTC  

So for a small height D ≈ √ (2hR)=√(2R) √h

2020-03-04 18:19:58 UTC  

The distance is proportionnal to the square root of the height but as i said the constant have a unit

2020-03-04 18:20:09 UTC  

so now answer the question, at one foot whats the distance of the physical geometric horizon supposed to be?

2020-03-04 18:21:15 UTC  

Idk it must be less than 6.21 miles as you ask

2020-03-04 18:21:50 UTC  

So if that is the case why do we see the horizon at ten miles plus at one foot height?

2020-03-04 18:22:29 UTC  

Because we dont see the geometrical horizon

2020-03-04 18:22:48 UTC  

we know, we been telling globers that for fives years an more 😄

2020-03-04 18:22:57 UTC  

So why is it at ten miles?

2020-03-04 18:23:44 UTC  

You know, refraction

2020-03-04 18:24:18 UTC  

which type?

2020-03-04 18:24:40 UTC  

Atmospheric refraction

2020-03-04 18:24:50 UTC  

well no, but okay

2020-03-04 18:24:54 UTC  

we'll go with that

2020-03-04 18:25:05 UTC  

so how can a non-physical horizon refract

2020-03-04 18:26:05 UTC  

Can i dm you an image

2020-03-04 18:26:27 UTC  

you can post here if you like, you now have perms 🙂

2020-03-04 18:26:47 UTC  

Thanks

2020-03-04 18:26:51 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/684829225697804303/image0.jpg

2020-03-04 18:27:11 UTC  

The optic horizon is in H

2020-03-04 18:27:58 UTC  

so how much refraction can you have

2020-03-04 18:28:33 UTC  

Thats a good question

2020-03-04 18:28:41 UTC  

And a hard one i think

2020-03-04 18:30:08 UTC  

You can find a refraction simulator online

2020-03-04 18:36:01 UTC  

So it simulates flat? But its really curved?

2020-03-04 18:37:00 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/684831782452854812/refracting.png

2020-03-04 18:37:20 UTC  

https://cdn.discordapp.com/attachments/484516084846952451/684831865466519584/Geometric_horizon.png

2020-03-04 18:37:52 UTC  

can you show curved refraction downwards, an give the maths?

2020-03-04 19:51:30 UTC  

the earth is not flat bro

2020-03-04 19:51:35 UTC  

u trash

2020-03-04 19:51:45 UTC  

just fly a drone into the sky

2020-03-04 19:51:52 UTC  

uguguguugugguguugugug

2020-03-04 20:09:54 UTC  
2020-03-04 20:09:55 UTC  

2020-03-04 20:20:12 UTC  

Yea that was.... something