Randall Carlson

What we're seeing here is evidence that planet Earth is part of a much larger cosmic ecosystem and that sometimes things happen in the cosmos and it translates directly into events down here below in the surface of the planet. The question is not, does it work? The question is, how does it work? To me, I look at it and go, this is, it's transmutation, it's alchemy.

What we're seeing here is evidence that planet Earth is part of a much larger cosmic ecosystem and that sometimes things happen in the cosmos and it translates directly into events down here below in the surface of the planet. The question is not, does it work? The question is, how does it work? To me, I look at it and go, this is, it's transmutation, it's alchemy.

What we're seeing here is evidence that planet Earth is part of a much larger cosmic ecosystem and that sometimes things happen in the cosmos and it translates directly into events down here below in the surface of the planet. The question is not, does it work? The question is, how does it work? To me, I look at it and go, this is, it's transmutation, it's alchemy.

So many anomalous things that they don't fit the standard narrative of history. And at some point we got to say, okay, we have to reconsider our models. We're looking at the peak discharge that created Grand Coulee. It might've been 350 million cubic feet per second. That's 10 times more. than the combined flow of every single river on Earth.

So many anomalous things that they don't fit the standard narrative of history. And at some point we got to say, okay, we have to reconsider our models. We're looking at the peak discharge that created Grand Coulee. It might've been 350 million cubic feet per second. That's 10 times more. than the combined flow of every single river on Earth.

So many anomalous things that they don't fit the standard narrative of history. And at some point we got to say, okay, we have to reconsider our models. We're looking at the peak discharge that created Grand Coulee. It might've been 350 million cubic feet per second. That's 10 times more. than the combined flow of every single river on Earth.

Well, now it suddenly became apparent that the disappearance of the ice was way quicker than anybody had imagined. The two possibilities, impact, hypervelocity impact, and some type of a solar event. To transport this stone would have required such a massive effort. It implies social organization on a level that we hadn't even conceived of before. The Sphinx has to get pushed back.

Well, now it suddenly became apparent that the disappearance of the ice was way quicker than anybody had imagined. The two possibilities, impact, hypervelocity impact, and some type of a solar event. To transport this stone would have required such a massive effort. It implies social organization on a level that we hadn't even conceived of before. The Sphinx has to get pushed back.

Well, now it suddenly became apparent that the disappearance of the ice was way quicker than anybody had imagined. The two possibilities, impact, hypervelocity impact, and some type of a solar event. To transport this stone would have required such a massive effort. It implies social organization on a level that we hadn't even conceived of before. The Sphinx has to get pushed back.

Oh, I think it gets pushed back well into the prehistory. The biggest earthquake in North America was the Great Earthquake in Alaska, right at just about nine on the Richter scale. So there were earthquakes at the end of the last ice age that were a hundred times greater than that. There's a lot of controversy around Malcolm.

Oh, I think it gets pushed back well into the prehistory. The biggest earthquake in North America was the Great Earthquake in Alaska, right at just about nine on the Richter scale. So there were earthquakes at the end of the last ice age that were a hundred times greater than that. There's a lot of controversy around Malcolm.

Oh, I think it gets pushed back well into the prehistory. The biggest earthquake in North America was the Great Earthquake in Alaska, right at just about nine on the Richter scale. So there were earthquakes at the end of the last ice age that were a hundred times greater than that. There's a lot of controversy around Malcolm.

His backstory is quite interesting, but I've been able to vet it, and I had a long conversation with Roland Perry, who's, Australia's probably one of his top-selling authors of Australia, and he's known Malcolm for years, and wrote a fictional book based upon Malcolm's real experiences from when he was an oil prospector, like a maverick. And he had into a big conflict with – was it Chevron?

His backstory is quite interesting, but I've been able to vet it, and I had a long conversation with Roland Perry, who's, Australia's probably one of his top-selling authors of Australia, and he's known Malcolm for years, and wrote a fictional book based upon Malcolm's real experiences from when he was an oil prospector, like a maverick. And he had into a big conflict with – was it Chevron?

His backstory is quite interesting, but I've been able to vet it, and I had a long conversation with Roland Perry, who's, Australia's probably one of his top-selling authors of Australia, and he's known Malcolm for years, and wrote a fictional book based upon Malcolm's real experiences from when he was an oil prospector, like a maverick. And he had into a big conflict with – was it Chevron?

It was one of the big oil companies that was trying to – he had drilling rights. He had license for drilling rights in Tasmania, and they were trying to get a hold of that. But – I tell people, look, there's Malcolm, the mad scientist, and then there's his research. And you've got to separate those. I mean, if you look at a lot of the things that have come out, look at Edison.

It was one of the big oil companies that was trying to – he had drilling rights. He had license for drilling rights in Tasmania, and they were trying to get a hold of that. But – I tell people, look, there's Malcolm, the mad scientist, and then there's his research. And you've got to separate those. I mean, if you look at a lot of the things that have come out, look at Edison.

It was one of the big oil companies that was trying to – he had drilling rights. He had license for drilling rights in Tasmania, and they were trying to get a hold of that. But – I tell people, look, there's Malcolm, the mad scientist, and then there's his research. And you've got to separate those. I mean, if you look at a lot of the things that have come out, look at Edison.

If you want to do a hit piece on Edison, that would be quite easy to do. But the work has been verified. There's been at least a half a dozen independent tests of it.

If you want to do a hit piece on Edison, that would be quite easy to do. But the work has been verified. There's been at least a half a dozen independent tests of it.