Jason Jorjani

When you put the remote viewing data next to Brandenburg's thesis, what it suggests, oh, and Brandenburg, his estimation was that this nuclear event in Cydonia took place maybe 100 million years ago. Maybe 100 million years ago.

65 million years ago. Right? So it's a ballpark. And when you put these two sets of data together, as I did in my book Closer Encounters, the conclusion that emerges is that the moon was constructed by these survivors of some kind of apocalypse on Mars. And it probably had at least two functions initially. One was to transport a shit ton of people over here. The moon?

65 million years ago. Right? So it's a ballpark. And when you put these two sets of data together, as I did in my book Closer Encounters, the conclusion that emerges is that the moon was constructed by these survivors of some kind of apocalypse on Mars. And it probably had at least two functions initially. One was to transport a shit ton of people over here. The moon?

65 million years ago. Right? So it's a ballpark. And when you put these two sets of data together, as I did in my book Closer Encounters, the conclusion that emerges is that the moon was constructed by these survivors of some kind of apocalypse on Mars. And it probably had at least two functions initially. One was to transport a shit ton of people over here. The moon?

And the other one was to act as a terraforming device. So if we didn't have the moon where it is in this extremely stable orbit that it's in, right?

And the other one was to act as a terraforming device. So if we didn't have the moon where it is in this extremely stable orbit that it's in, right?

And the other one was to act as a terraforming device. So if we didn't have the moon where it is in this extremely stable orbit that it's in, right?

We would have eight-hour days. The Earth would be spinning much faster than it is right now. The Earth would also not be as stable as it is. There have been calculations done that show that the Earth would be prone to toppling over at odd intervals. Well, all planets have moons, right? Yes, but only our moon stabilizes a planet to the extent...

We would have eight-hour days. The Earth would be spinning much faster than it is right now. The Earth would also not be as stable as it is. There have been calculations done that show that the Earth would be prone to toppling over at odd intervals. Well, all planets have moons, right? Yes, but only our moon stabilizes a planet to the extent...

We would have eight-hour days. The Earth would be spinning much faster than it is right now. The Earth would also not be as stable as it is. There have been calculations done that show that the Earth would be prone to toppling over at odd intervals. Well, all planets have moons, right? Yes, but only our moon stabilizes a planet to the extent...

Only our moon stabilizes our planet in the way that it does, and only our moon has as stable an orbit as it does, and none of the other moons in the solar system create the beautiful eclipses that we have here, because the moon is, get this, 1 400th the size of the sun, and it's 1 400th the distance to the sun. Right.

Only our moon stabilizes our planet in the way that it does, and only our moon has as stable an orbit as it does, and none of the other moons in the solar system create the beautiful eclipses that we have here, because the moon is, get this, 1 400th the size of the sun, and it's 1 400th the distance to the sun. Right.

Only our moon stabilizes our planet in the way that it does, and only our moon has as stable an orbit as it does, and none of the other moons in the solar system create the beautiful eclipses that we have here, because the moon is, get this, 1 400th the size of the sun, and it's 1 400th the distance to the sun. Right.

So the fact that it's 1 400th the size of the sun and 1 400th distance to the sun produces this perfect eclipse.

So the fact that it's 1 400th the size of the sun and 1 400th distance to the sun produces this perfect eclipse.

So the fact that it's 1 400th the size of the sun and 1 400th distance to the sun produces this perfect eclipse.

But what's even more significant is that our moon has an extremely stable orbit. No other moon in the solar system orbits its planet with as little deviation as our moon does.

But what's even more significant is that our moon has an extremely stable orbit. No other moon in the solar system orbits its planet with as little deviation as our moon does.

But what's even more significant is that our moon has an extremely stable orbit. No other moon in the solar system orbits its planet with as little deviation as our moon does.

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.