The Flat Earth Society
Flat Earth Discussion Boards => Flat Earth Community => Topic started by: Blart on August 06, 2017, 09:55:08 PM
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Hi,
Could someone well versed in current flat earth theory please explain to me the rotation of stars across the night sky.
I have watched the night sky from Northern hemisphere/Equatorial/Southern Hemisphere stars and they all travel across the sky the same distance apart from each other every night.. How does Flat Earth theory explain the rotational opposite direction between Northern Hemispheres and Southern hemispheres?
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Hi,
Could someone well versed in current flat earth theory please explain to me the rotation of stars across the night sky.
I have watched the night sky from Northern hemisphere/Equatorial/Southern Hemisphere stars and they all travel across the sky the same distance apart from each other every night.. How does Flat Earth theory explain the rotational opposite direction between Northern Hemispheres and Southern hemispheres?
The wiki says everything in the cosmos revolves around a 'barycenter' http://wiki.tfes.org/Stars
Some here talk about celestial gears. It is confusing.
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That article does not address my question. All that article addresses is a possible theory as to why stars rotate.. Theres nothing there about differece between hemispheres.
If im at the North pole looking up the stars will rotate clockwise. If im at the South pole (or Southern Hemisphere to keep everyone happy) looking up the stars will rotate anti clockwise and the stars position is fixed against each other throughout the whole night. How does FE theory explain this?
PS:
Im not here to bash FE at all. Just would like to know how these things are addressed in FE theory.
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Blart, the stars could be technological metallic spheres (http://forum.tfes.org/index.php?topic=6625.0) flying/orbiting around.
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Blart, the stars could be technological metallic spheres (http://forum.tfes.org/index.php?topic=6625.0) flying/orbiting around.
Or they could be huge spheres of hydrogen, so large that gravity creates a fusion reaction so bright we can see them from trillions of miles away.