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If you really think this could happen with an earth spinning and going around a sun that is also moving around a galaxy, well, you aren’t thinking, you are regurgitating what you have been told to think.

If you really think this could happen with an earth spinning and going around a sun that is also moving around a galaxy, well, you aren’t thinking, you are regurgitating what you have been told to think.

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I get beat up about it, but yeah, I did the research and became a believer.

[–] 1 pt

literally have hard background in electricity and magnetism. Unless you are dropping cited journals (of which, yes, I have disagreed with upon many topics; their research have made it into a journal) shut up

@NotTheMeanest

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Is that you neil degrasse?

[–] -1 pt

Seems more like ‘bill nye the scientism guy’

[–] -1 pt

Fuck you ya indoctrinationed mudblood.

You are either a complete monkey brain or too brainwashed if you do not understand:

“direction determined from the north pole of a compass”

https://physics.info/magnetism/

I hope you are trolling. Otherwise I’m really embarrassed for you.

[–] 0 pt

See I think globe earthers are the ‘believers’ - I have been researching, verifying and testing for almost 4 years, and the only ‘belief’ I have left is in God the Creator.. everything else is based on our observable reality.

And I simply do not care for the opinions of numpty bleaters.

[–] 1 pt

What testing?

[–] -1 pt

So many things! Rainbows inside without a mirror or reflective surface, impossible.

Testing for curvature was a big one.

Another example is with moonlight - not only can you test the temperature of the moon light and compare it to the moon shade, you can also look at the moon on a cloudy night and see how it illuminates the clouds closest to it and not ones further away (but still in your vision)... if the moon really were 240k miles away, the light ‘reflecting off it’ from the sun would NOT be a narrow beam. You can test this yourself with a torch - when the torch is close to an object, it’s circle of light is small, but as you pull the torch away from the object, the area that is lit up increases. This effect does not change with different size lights. And furthermore when you shine light on a ball, it only reflects a point of light, not a whole hemispheres worth (unless it’s a concave or disc shape).

I’m happy to attach some pics to illustrate if you require.

[–] 0 pt

I'm a flat earther I'm saying.

[–] -1 pt

Once you do the research it’s hard not to be one... I started down this path trying to debunk it for a close mate.