I joined because I have a question for the sheer sake of curiosity. I'm curious what FET has to say in the face of astronomy.
I'm an amateur astronomer. I have a fairly decent sized telescope and I've used it often for viewing stars, planets, and our own sun. I have personally documented specific stars, I've noticed how they remain mostly constant in the sky from night to night, only offset by a small margin. If I can actually observe that stars stay in the same spot in the sky, then how does FET explain why they move across the sky through the night? The logical explanation, of course, being that the Earth rotates on it's axis, causing the stars to appear to move. It explains everything perfectly. If the Earth were flat and didn't rotate on it's axis, would the stars not sit in the same direction through the entire night? The Earth, being flat, would merely be spinning and the stars overhead wouldn't move. What causes them to move? And if their movement is explained by the Earth's movement through space, why are they in the same position at the same time the next night?
Second, I have visually observed that the Sun, Mars, Jupiter, and Saturn are spheres. I have taken long nights observing them and have seen them visibly rotating, watching as features move across their surfaces and disappear at the edge. (especially with sunspots on the sun) I have seen that they are round and that cannot be disputed. So, if the Sun, Mars, Jupiter, and Saturn are all round and I can safely assume that Mercury, Venus, Neptune, and Uranus are also all round... Then why is he Earth flat? Why is our planet the only exception in our solar system? What was so radically different with the Earth's creation that our planet became flat instead of spherical like the other planets I've directly observed?
Third, I've used an H-Alpha filter with my telescope, and I've observed the sun throwing energy off it it's sides. This, in relation to watch sunspots disappear over the edge of the sun, proves that it is, indeed, round. Now, as I've observed filaments blasting off the side of the sun, I can say without a doubt that it radiates it's energy (and heat and light) across it's entire surface, both the visible surface we see and the back of the sun we do not see. This means that, with a flat Earth, the entire planet would have to be bathed in sunlight at the same time. As I can clearly see the sun doesn't act like a "spotlight" and that it radiates light everywhere at the same time. Since I've removed the "spotlight idea" from the equation, who can explain why we have timezones since it's certain that a flat Earth would be lit all at once?
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Oh lawdy. I just read over some of the stuff in your wiki in regards to the universe at large.
http://wiki.tfes.org/The_CosmosYou guys actually believe the sun is 3000 miles away and that stars and planets are small? And that the Earth isn't a planet? That's kind of insane.