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Messages - Flex

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Never mind the mountain ranges that are visible when they shouldn't be.

They changed apparent position also, I guess.
Can you give an example?

There's no dispute that refraction is a thing. So sure, sometimes results don't match what you'd expect on a perfect sphere with no atmosphere - because that's not what we live on.
I've yet to see a long distance photo which would, say, show from a viewing height of 20 inches above the sea level that it is possible to see people at the waters edge on the adjacent beach 23 miles away.
Yeah, you are claiming these mountain ranges have changed apparent position on the earth.

Seems like an example to me.
Are you talking about the photo posted in this thread? I had a look on the website and can't find any information about exactly where the photo was taken from, what the viewer height was. Exactly which direction they were looking at. I don't even know how to start investigating this without any of that information.

If you go to the website it says where the picture is taken from, the distance to the mountain that they are viewing, and the height of the mountain they are viewing. Use google to determine height of the cameraman by searching the height of the mountain they are on.

To save you time, these mountain ranges should not be visible. The only explanation from the round earth perspective is that it is refraction. But if it were in fact refraction we would notice a larger apparent angular size of the sun, but the sun actually remains the same apparent size on the horizon as it is during mid-day... This tells me there is no atmospheric refraction, because otherwise the sun would appear larger.

I'm working on a theory that includes the circumnavigable aspects, while also maintaining the apparent flatness in the 3D

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Distances can be seen on the earth that should not be allowed by the curve. Here are some world record sighting distances that defy the supposed curvature of the earth:

https://beyondrange.wordpress.com/

Plug this data into https://dizzib.github.io/earth/curve-calc/?d0=30&h0=10&unit=imperial and you can find that these mountain ranges should be hidden behind the horizon.

The argument I see so often for this is that it is atmospheric refraction. Yet there is an observation that proves this can not be the case. The sun's apparent size in the sky is the same at noon as it is at sunrise/sunset. Since they are the same size, this shows that there is no atmospheric refraction occurring, because if the atmosphere were in fact refracting it would enlarge the sun towards the horizon due to a higher angle of incidence through the supposed spherical atmosphere.

https://en.wikipedia.org/wiki/Snell%27s_law

Thoughts?`

 

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Flat Earth Theory / Re: Help me understand how light rays travel
« on: May 05, 2021, 12:01:25 PM »
It is because of ocean waves that the distant views get block. On lakes you should be able to see far distances.

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