Message from @jeremy

Discord ID: 574964693492432927


2019-05-06 14:02:39 UTC  

*Technically*, yes. Though, I'm not sure how much we'd expect to see hidden because I don't have any numbers on me right now

2019-05-06 14:02:50 UTC  

it should all be hidden

2019-05-06 14:03:00 UTC  

the highest building should be hundreds of feet under the curve

2019-05-06 14:03:28 UTC  

I'll go crunch the numbers real quick

2019-05-06 14:16:02 UTC  

@jeremy Okay so, did some research
The distance between Michigan and the Skylines are about 53 miles(85.350 km), the difference in elevation is about 7 meters, give or take, therefore viewer hight is around 8 m. Plugging these numbers into a curvature calculator gives you a hidden height of 373 meters. The highest buildings in the NY skyline are around 440 meters tall, so using *standard* numbers for refraction, you'd expect to see about 100 meters of building standing out.

2019-05-06 14:18:54 UTC  

ok well we know we are seeing more than the curve accounts for thats not a debate

2019-05-06 14:19:05 UTC  

the excuse is refraction light bending whatever

2019-05-06 14:19:13 UTC  

once again why its happenning isnt important

2019-05-06 14:19:26 UTC  

we know we see more than we should

2019-05-06 14:21:02 UTC  

noone is doubting we see more than we should

2019-05-06 14:21:23 UTC  

I mean you still have to explain *why* we see more than we should. Especially since on certain days we see *less* than we should. We know refraction is a thing because we can test it on smaller scales too, so it's less of an excuse and more the best explanation for the phenomenon

2019-05-06 14:21:30 UTC  

globe and flat people both know we see more than the globe accounts for

2019-05-06 14:21:41 UTC  

i can tell ur in favor of obethe gl

2019-05-06 14:21:48 UTC  

in favor of the globe

2019-05-06 14:21:58 UTC  

Well I mean even if you ignore refraction you have 444 meters hidden

2019-05-06 14:22:28 UTC  

so would u agree what we are seeing is an illusion

2019-05-06 14:22:50 UTC  

Yes, refraction is, for all intents and purposes, an illusion

2019-05-06 14:22:56 UTC  

lol

2019-05-06 14:23:52 UTC  

we know thier is a lot of illusions taking place when we look out over a body of water would u say

2019-05-06 14:24:15 UTC  

Depends on the kind of illusion

2019-05-06 14:24:25 UTC  

nevermind

2019-05-06 14:24:29 UTC  

forget it

2019-05-06 14:24:35 UTC  

This is where the *why something happens* part is important lol

2019-05-06 14:24:43 UTC  

i understand that

2019-05-06 14:25:00 UTC  

im just saying their is a lot of illusions taking place when we look out over a body of water

2019-05-06 14:25:09 UTC  

Yeet

2019-05-06 14:25:58 UTC  

?

2019-05-06 14:26:02 UTC  

Yes

2019-05-06 14:26:03 UTC  

whats yeet lol

2019-05-06 14:26:06 UTC  

oh ok

2019-05-06 14:26:26 UTC  

so lots of illusions taking place out there

2019-05-06 14:26:28 UTC  

it's the furry way of saying yes

2019-05-06 14:26:38 UTC  

but the boats going over the curve is real

2019-05-06 14:26:46 UTC  

why that one thing

2019-05-06 14:26:58 UTC  

thats the only thing thats real out there everything else is an illusion

2019-05-06 14:27:09 UTC  

the cherry picked observations

2019-05-06 14:27:16 UTC  

they cherry picked

2019-05-06 14:27:26 UTC  

I mean you didn't say *everything else* is an illusion, you yourself said *lots of things* are an illusion

2019-05-06 14:28:14 UTC  

It's unclear whether or not boats are passing over the horizon or not.

2019-05-06 14:29:06 UTC  

You have two positions here:
i) Boats are in fact passing over the horizon.
ii) Boats passing over the horizon is an illusion, therefore the illusion needs an explanation, or an alternative solution.

2019-05-06 14:30:59 UTC  

Now, the way we test such things is by constructing both a hypothesis, and a null-hypothesis