First Post

Several years ago I made a discovery. A friend had given me a globe that rotates on a bezel as well as spins, so it can be turned upside down. I thought it would be funny to display it with the equator up and down with the Pacific ocean showing. One day I was zoning out and I noticed that the coast of Central and South America formed a crescent. A crescent indicates the possibility of part of a crater wall. So I continued the crescent into a circle. A Big circle that goes almost to New Zealand!
‎”That’s interesting.” I thought. Several weeks go by, and I’m thinking about it, but not much, and was wondering if something hit, which direction was it going? A couple of days later I noticed that the Mediterranean ocean lined up with the center of the crescent’s circle. So maybe something hit the Earth and split the crust when it tried to come out that other side.
So I thought,
“I wonder what the ocean floor looks like. If there’s nothing there, then this is probably nothing, but if there is, then wow, this might have happened!”
‎ So I went online, couldn’t really find much, then found Google Earth. And guess what, there’s something there! Not really in the center, but close. Something that kinda looked like Pac Man. And if you go through the center of the “V” of the mouth, it goes straight to the Mediterranean. Chevrons are indicative of bolide impacts, I’ve read somewhere.
So I continued looking about things like plate tectonic movement directions. Doesn’t disprove it, kinda supports it in fact. The highest mountain from the center of the Earth is in Ecuador, 2nd is in Peru. Only 5′ difference in altitude, btw. That doesn’t disprove it/kinda supports it. Mountain ranges on the West Coasts of Central and South America. Hawaiian Islands point to it. What clinched it for me is the shape of Antarctica. Closest to South Pole before the Pac Man Impact Site. Moves away from the Pole on that longitude. South of the tip of South America, where it would be creating the Atlantic, is where the Antarctic Peninsula is, it’s almost like a phonograph needle leaving a record of the event. This is when I noticed the “V” coming from the islands above French Polynesia. And the warm water of El Nino looks like a record of the event also. These islands are atolls and resemble bubbles coincidentally where the object would have been entering the Earth. This is what I think happened.
The object entered the Earth heading east, under the equator. Then it “turned”. If you hit a billiards ball in the center, it goes straight. But if you hit it on the side, it “turns” to the direction opposite of the side that you hit it. The edge of the crater is the coast, so the object, which must have been huge, is under the crust, but is slowing so there isn’t enough to exit, but enough to push the crust over, throwing stuff into orbit, and tilting the Earth. That’s why the Earth’s deserts are like a check mark. It pushed up the Himalayas. In a curve, like pushing a rope.
Hopefully you’re looking at Google Earth right now. Notice all the triangles? If something is pushing it would be wider at first, then taper as it loses energy.
Listen, I really think this happened. If it did, then Pangea instead of taking billions of years to move, took 5 seconds. So the methods of measuring time need to be, adjusted.
So Noah’s flood could have happened. Mt Ararat is almost on the opposite side of the Earth as the PMIS. And the Galapagos are where it went in. The indigenous wildlife are all amphibious or birds, aren’t they? Not sure what happened to amphibians on the Ark. The fountains of the deep erupting first would be explained. And the only time seasons are mentioned before the Flood is saying He created them. The curse of the land, maybe? Lifted after the Flood. If it speeds up the rotation of the Earth, did the year have 360 days before the Flood? Did Noah speak Proto Indo European? We’re Noah’s daughters-in-law part Neanderthal? Or Donovan?

I tried to contact the USGS about this. They dismissed it. There’s a link below. I understand, both sides have a lot invested in their current models. It’s hard to say you’re wrong. I have no compunction admitting I am, I just don’t think I am. Hopefully I’ve convinced you. If I have would you help me? I love science, and want to see it in advance.
Someone needs to create a computer simulation of the event, and a fair one too, because aren’t we searching for the truth? I hope so. And we’re not too proud to admit it when we’re wrong? Because it’s important to be correct.

2 thoughts on “First Post

  1. The deepest part are the result of a subduction zone. The depth of the “crater” is a result of hydrostatic equilibrium. But thanks for the comment! I’d love to discuss this further.

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  2. Distinct oceanic ridges in the centre; the lowest points of the Pacific are far off north-west. The bathymetry doesn’t work out. An impact of the scale you posit has already been hypothesised — you mention it, Theia — but the evidencr of that hypothesised protoplanet indicate a shear dragging force due to oscillations in the orbit, not a direct impact; on that scale Earth’s orbit would be perturbed a bit anyway so a direct impact is very unlikely. But such an impact is inherently very high scale, and almost certainly caused a great unsettling of the Hadean-era Earth. The cratons around which tectonics likely originated would have been unsettled by this colossal impact; plates, were they to exist at the time, would not be pushed away by this shear force but dragged, uniformly, in one direction.

    You show a knack for research, but the evidence does not exactly support a direct head-on collision. If you wanted to prove your theory, consider taking a degree in the bathymetry of impacts — it’s a very interesting topic that you seem to really enjoy.

    Don’t take it to heart that you were rejected. It’s because they thought you lacked the full geological context, and also because they get a kajillion theories from tons of people. They were being polite. If you want to change the world – your heart is in it – please consider cracking open a book on Earth geology or bathymetry by an expert in the field. You’ll love it, I think.

    Be well, keep your mind open, and stay humble,

    Mya

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