Jason Jorjani
๐ค SpeakerAppearances Over Time
Podcast Appearances
And so it appears there's something inside the moon stabilizing that orbit, which is also stabilizing the Earth. And what did it give us? It gave us a climate, an environment, a biosphere that... rendered this planet habitable for humans. Remember what McMoneagle said. He said, they sent a scout ship to another planet. It was overgrown with vegetation. It wasn't arid like Mars.
And so it appears there's something inside the moon stabilizing that orbit, which is also stabilizing the Earth. And what did it give us? It gave us a climate, an environment, a biosphere that... rendered this planet habitable for humans. Remember what McMoneagle said. He said, they sent a scout ship to another planet. It was overgrown with vegetation. It wasn't arid like Mars.
There were volcanoes going off. There were electrical storms. And they were like, this place is too volatile. We can't settle here the way that it is now. So the moon was probably used in order to terraform the earth into a habitat that humans could, humans, Martians could settle in to become the human race. So now there are other pieces of data.
There were volcanoes going off. There were electrical storms. And they were like, this place is too volatile. We can't settle here the way that it is now. So the moon was probably used in order to terraform the earth into a habitat that humans could, humans, Martians could settle in to become the human race. So now there are other pieces of data.
There were volcanoes going off. There were electrical storms. And they were like, this place is too volatile. We can't settle here the way that it is now. So the moon was probably used in order to terraform the earth into a habitat that humans could, humans, Martians could settle in to become the human race. So now there are other pieces of data.
100 to 65 million years ago. Now look, the dinosaurs would probably have had to have been killed off for this, right? So one hypothesis that follows from this is that the impact that killed off the dinosaurs was deliberate, not some accidental asteroid impact. It wouldn't have been very easy to coexist with them, right? Right, mm-hmm.
100 to 65 million years ago. Now look, the dinosaurs would probably have had to have been killed off for this, right? So one hypothesis that follows from this is that the impact that killed off the dinosaurs was deliberate, not some accidental asteroid impact. It wouldn't have been very easy to coexist with them, right? Right, mm-hmm.
100 to 65 million years ago. Now look, the dinosaurs would probably have had to have been killed off for this, right? So one hypothesis that follows from this is that the impact that killed off the dinosaurs was deliberate, not some accidental asteroid impact. It wouldn't have been very easy to coexist with them, right? Right, mm-hmm.
Okay, but look, there are other data points that really nail this case. For example, the craters on the moon. On Earth, when you have impact craters from meteorites, for example, right? The craters are roughly proportionally deep as they are wide. They dig into the Earth, right?
Okay, but look, there are other data points that really nail this case. For example, the craters on the moon. On Earth, when you have impact craters from meteorites, for example, right? The craters are roughly proportionally deep as they are wide. They dig into the Earth, right?
Okay, but look, there are other data points that really nail this case. For example, the craters on the moon. On Earth, when you have impact craters from meteorites, for example, right? The craters are roughly proportionally deep as they are wide. They dig into the Earth, right?
On the moon, you have these utterly bizarre craters, which are like over 100 miles wide, like the Gregarion Crater or the Clavius Crater. You could fit Switzerland and Luxembourg together inside some of these craters. They're over 100 miles wide. They're never more than four or five miles deep. That doesn't make any sense.
On the moon, you have these utterly bizarre craters, which are like over 100 miles wide, like the Gregarion Crater or the Clavius Crater. You could fit Switzerland and Luxembourg together inside some of these craters. They're over 100 miles wide. They're never more than four or five miles deep. That doesn't make any sense.
On the moon, you have these utterly bizarre craters, which are like over 100 miles wide, like the Gregarion Crater or the Clavius Crater. You could fit Switzerland and Luxembourg together inside some of these craters. They're over 100 miles wide. They're never more than four or five miles deep. That doesn't make any sense.
The inside of these crater basins are all convex, like the surface of a contact lens. So think about this. Why would a meteor impact, meteorite impact, produce a crater that's so much wider than it is deep, and then in the especially wide craters like Clavius, you see that the surface of that crater is convex?
The inside of these crater basins are all convex, like the surface of a contact lens. So think about this. Why would a meteor impact, meteorite impact, produce a crater that's so much wider than it is deep, and then in the especially wide craters like Clavius, you see that the surface of that crater is convex?
The inside of these crater basins are all convex, like the surface of a contact lens. So think about this. Why would a meteor impact, meteorite impact, produce a crater that's so much wider than it is deep, and then in the especially wide craters like Clavius, you see that the surface of that crater is convex?
It's because it's hitting a hard shell that's underneath the regolith, and the regolith is like astroturf that's been put on the surface of that space station to make it look like it's a moon.
It's because it's hitting a hard shell that's underneath the regolith, and the regolith is like astroturf that's been put on the surface of that space station to make it look like it's a moon.
It's because it's hitting a hard shell that's underneath the regolith, and the regolith is like astroturf that's been put on the surface of that space station to make it look like it's a moon.