#103 Randall Carlson - Rediscovering Ancient Civilizations

Randall Carlson is a master builder, geometrician, architectural designer, teacher and "renegade scholar." Carlson is an expert with over forty years of study into the intersection of ancient mythology and modern science. Through years of lectures, presentations and classes, he has been recognized by The National Science Teachers Association for his commitment to Science education. Throughout his career, Carlson has organized numerous field expeditions to explore and document evidence of catastrophic earth change. His life and work centers around his aspiration "to affect a revival of lost knowledge." Shawn Ryan Show Sponsors: https://lairdsuperfood.com - USE CODE "SRS" https://babbel.com/srs https://helix.com/srs - USE CODE "HELIXPARTNER20" https://hvmn.com/shawn https://drinkhoist.com - USE CODE "SHAWN" https://moinkbox.com/shawn https://ShawnLikesGold.com | 855-936-GOLD #goldcopartner Randall Carlson Links: Website - https://randallcarlson.com Randall Carlson Project - https://project.randallcarlson.com Cosmic Summit - https://cosmicsummit.com YouTube - https://www.youtube.com/channel/UCAPciy143ZBXBrFpCVPnWDg Twitter / X - https://twitter.com/randallwcarlson Instagram - https://www.instagram.com/therandallcarlson Facebook - https://www.facebook.com/TheRandallCarlson Please leave us a review on Apple & Spotify Podcasts. Vigilance Elite/Shawn Ryan Links: Website | Patreon | TikTok | Instagram | Download Learn more about your ad choices. Visit podcastchoices.com/adchoices

Speaker names marked ? are inferred from speaking time and the show’s known hosts — they are not voice-verified.

• 0:00Speaker 00

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• 0:30Speaker 01

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• 1:04Shawn Ryan?

  Randall Carlson, welcome to the show, man.

• 1:06Shawn Ryan?

  Well, thanks for having me, Sean. It's great to be here.

• 1:09Shawn Ryan?

  It's my pleasure.

• 1:10Shawn Ryan?

  Been looking forward to this.

• 1:11Shawn Ryan?

  It's my pleasure.

• 1:12Shawn Ryan?

  And here it is. It's actually happening.

• 1:14Shawn Ryan?

  I first saw you on the Ancient Apocalypse series with Grant Hancock, and that really caught my interest. And then I saw you on Rogan. Then that just took me down the whole rabbit hole.

• 1:28Shawn Ryan?

  Oh, good.

• 1:29Shawn Ryan?

  So, yeah. I'm really excited to have you here. I love these kind of topics. So we're going to talk a lot about ancient technologies and ancient civilizations and some of the stuff that you're doing now with the education.

• 1:42Shawn Ryan?

  Oh, sounds like a good format.

• 1:45Shawn Ryan?

  But, um, but yeah. So let me, let me start off with an introduction. Not that you need one, because I've seen you all over the place. But you investigate and document catastrophic history of the world in the evidence for advanced knowledge in earlier cultures. You're a geologist, architectural designer, teacher, geometrician, geomythologist, geological explorer, and renegade scholar.

• 2:12Shawn Ryan?

  You've been doing research for over 50 years into the interface between ancient mysteries and modern science, recognized by the National Science Teachers Association for your commitment to science education for young people. Acclaimed in 1997, TBS/CNN documentary "Fire in the Sky" was based upon your research into earth change and catastrophic events. Organized several dozen field expeditions documenting evidence for catastrophic earth change. Host of the Cosmographia podcast, and for over 25 years, you have presented classes, lectures,

• 2:52Shawn Ryan?

  multimedia programs, synthesizing this information for students of the mysteries.

• 2:59Speaker 04

  Well, let me clarify a couple of points, because there's always people like, "What? What? What the hell is a geomythologist?" Well, a geomythologist, now that is now becoming a recognized scientific discipline. And what that is, is basically scouring ancient documents and ancient records and accounts, could be mythology, legends, whatever, to get insight into geological events and geological change. And we're going to pull up some examples while we're here, so, you know, to show, you know, examples. I was talking to Kimball before the, before we started the show here, and I mentioned, you know, the discovery of Troy. Now Troy, there was the famous Trojan War that happened about 3,000 years ago, and

• 3:43Speaker 04

  this is a good example of the efficacy of geomythology, is that Schliemann, who was the archaeologist who discovered the lost city of Troy, when everybody else, the establishment, believed it was purely just a myth, he actually used clues that he got from reading Homer and the myths and stuff, and he went and found the ruins of Troy. And then it was accepted. So that was kind of like, okay, maybe there's merit to looking at some of these ancient traditions. And since then, it's kind of evolved into a whole sub-discipline of geological research, in that a lot of these ancient accounts can actually provide

• 4:27Speaker 04

  very important insight and clues and information into ancient geological events. So that's what geomythology is. It is not some weird, you know...

• 4:41Speaker 04

  Uh, something that has been concocted up, it's, it actually has value and there's, you know, sort of a counterpart to that, it's called astro mythology. Because we know that ancient peoples all over the world were very, very interested in what was happening in the sky.

• 4:56Shawn Ryan?

  Uh huh.

• 4:57Speaker 04

  You know, and so astro refers to the, the stories and the myths about things that are happening in the heavens, in the sky, in the celestial realm. And, you know, again, we're finding out that, you know, there's, there's merit to that. There's that we can actually derive valuable, usable information. I think the story of, of Marduk battling Tiamat in this Sumerian tradition and, you know, astronomers even like 40 years ago were looking at that going, way to say, it could be that, you know, people are witnessing some kind of like fireballs or maybe the breakup of a comet or some such thing as that in the sky. And that became the basis for recording this myth.

• 5:39Shawn Ryan?

  Interesting.

• 5:40Speaker 04

  You know, um, same with, you know, uh, Zeus battling, um, dragons in the sky. There's many myths. The, the, the Quetzalcoatl, the, the, uh, feathered serpent in, in the new world stories. Um, I mean, again, all over the world, like stories of dragons and flying serpents and things like that and wars in the heavens. And so there's actually a, a group of astronomers, now particularly it started in England, like in the early eighties, late seventies, where they're looking at these myths and going, well, maybe these are record, records of things that people actually witnessed.

• 6:22Shawn Ryan?

  Okay.

• 6:23Speaker 04

  Or experienced firsthand.

• 6:24Shawn Ryan?

  Well, I can't wait to dive in. We had a very, we touched on a couple of subjects at breakfast that really, really caught my ear, but you know, one thing that, that I think everybody is, uh, everybody is kind of coming to is, you know, the ancient Egypt, you know, the pyramids and a lot of these, a lot of these, uh, mysteries of the world, you know, Stonehenge, Easter Island, the pyramids, Machu Picchu. And how all these seem to line up, you know, with the stars line up with each other. And, um, and I think, I don't know too many people left that are buying the.

• 7:07Shawn Ryan?

  Ancient Egypt, the pyramids were built with, uh, by lifting, lifting stone that are, that weighed tons, thousands and thousands of pounds with sticks.

• 7:19Speaker 04

  Yeah, I mean, a lot of those stones are fifty, hundred, two hundred tons, even bigger than that.

• 7:26Shawn Ryan?

  It's, it's almost interesting that that even wound up in the educational system to begin with and that, uh, I mean, when I was going through, I mean, nobody challenged it.

• 7:36Speaker 04

  No.

• 7:37Shawn Ryan?

  You know, and, and, uh, and now today, it seems to be, you know, the complete opposite.

• 7:43Speaker 04

  Yeah, I mean, people are really beginning to question, and, and the thing is, is, you know, you could look at it as an anomaly and one culture at one point in history said, "Hey, you know what? We're gonna quarry and, and move two hundred ton stones just for the heck of it."

• 7:59Shawn Ryan?

  Uh huh.

• 8:00Speaker 04

  But you see the thing, all over the world, all over the world, they're doing these incredible structures with these massive stones, and, uh, you know, as a builder, I have, you know, had to move heavyweights sometimes, and of course, we'll bring in cranes and things, which presumably they didn't have back then, you know, or front end loaders, or, you know, lift up that, hell, lift up a, a, a one ton beam.

• 8:24Shawn Ryan?

  Yeah. Um, do you, do you have a, how do you think that was done?

• 8:29Speaker 04

  Um, I've been asked that question a lot of times, and I don't know the answer. I, you know, I, last year in February, I went down and interviewed with Tucker Carlson. I didn't, he contacted me, said he wanted to interview me. I didn't know what he wanted to talk about. I get down there, that's what he wanted to talk about. We get in the studio, and he says, "How did they do that?" And I said, "Well, to be honest, I don't know. I've been thinking about this for decades. I don't know." I have some ideas of which direction to go now that I didn't have even a year or two ago. However, my understanding of the, the science of it is not to the point yet where

• 9:08Speaker 04

  I, I feel like I would fall on my face if I attempted to explain these thoughts that I have had about how such a thing might be accomplished.

• 9:21Shawn Ryan?

  I need to enter, I need to introduce you to my friend Chris Beck, but um.

• 9:25Speaker 04

  Okay.

• 9:27Shawn Ryan?

  Fascinating guy.

• 9:28Speaker 04

  He got some ideas?

• 9:29Shawn Ryan?

  He is, uh, he used to work for the, he was a SEAL and then he worked for the Pentagon. He's basically, uh, I mean, in a nutshell, a mad scientist and uh, just a brilliant.

• 9:43Speaker 04

  We like mad scientists, actually.

• 9:44Shawn Ryan?

  A brilliant mind, but he talks a lot about everything is, is frequency and vibration.

• 9:49Speaker 04

  See, that's exactly the direction I would go.

• 9:52Shawn Ryan?

  And do you believe in zero point energy?

• 9:55Speaker 04

  I haven't researched it enough to say I believe in it, but I do think that there are la, forms of energy that are orders of magnitude more efficient than anything we're using today.

• 10:05Shawn Ryan?

  I mean, if you put, I believe they were able to harness some type of energy out of the earth to move those. I don't see any other way.

• 10:13Speaker 04

  That's exactly the direction I would go with it.

• 10:15Shawn Ryan?

  And I mean, if you put a, you know, if you just put a, I don't know, a block or a paperweight or whatever on a table or on top of a speaker and apply frequency and vibration, it moves on its own. And so if you had some people guiding where that needed to be moved.

• 10:34Speaker 04

  Yeah.

• 10:35Shawn Ryan?

  That seems to be the only, I don't know how the hell you would do it, uh, or how you would harness the energy or create frequency and vibration to be able to vibrate the earth to get people, I mean, basically we're talking about levitation.

• 10:48Speaker 04

  Yeah.

• 10:49Shawn Ryan?

  You know, and, and I just don't see any other way how, uh, to do it, but it seems to be the only logical explanation that.

• 10:59Speaker 04

  I think levitation was probably the, a scientific reality to ancient cultures.

• 11:05Shawn Ryan?

  Yeah.

• 11:06Speaker 04

  Interestingly, you know, the stories about the, um, the Ark of the Covenant, you know, but it was sheathed in gold and it would have been extremely heavy, would have been very difficult to, for people to lift and, and move. And I forget, I've seen some calculations of how heavy the damn thing would have been. And, uh, you know, it was carried on staves because no one. According to the accounts, no one could touch it.

• 11:28Shawn Ryan?

  Uh huh.

• 11:28Speaker 04

  Unless they would get fried somehow. But I always, I noticed interestingly that, you know, the tribe that was the only tribe that was allowed of the 12 tribes to actually transport and move the, the Ark of the Covenant. Do you know which tribe that was?

• 11:46Shawn Ryan?

  I do not.

• 11:46Speaker 04

  The Levites.

• 11:48Shawn Ryan?

  The Levites.

• 11:49Speaker 04

  Uh huh. Levites. Levity.

• 11:54Speaker 04

  Levitation.

• 11:55Shawn Ryan?

  Got it.

• 11:56Speaker 04

  Uh huh.

• 11:57Shawn Ryan?

  Got it.

• 11:57Speaker 04

  And, you know, having looked into some of these mystery religions like Kabbalah and stuff that say that there's hidden meanings to the words and the language. Homonyms and synonyms and things that, you know, that's the whole basis of the Kabbalistic system. That caught my eye and I thought, that's interesting coincidence.

• 12:17Shawn Ryan?

  Yeah, very interesting. Well, before we get too far into the weeds here, and I can't wait to get there. I have a Patreon and I give everybody, they're the reason I'm here, they're the reason you're here. Um, they're, they're our top supporters and so I give them an opportunity to ask the guest a question. So this is from Dylan.

• 12:37Speaker 04

  Okay.

• 12:38Shawn Ryan?

  And Dylan wants to know, here's his question. What were some of the hypothesized steps that our surviving ancestors took to survive a 20 to 30 degrees Celsius environmental temperature change and build back a new society?

• 12:54Speaker 04

  Okay, I don't know of temperature change that extreme, although we're looking at some very extreme. I mean, we're looking at 10 to 12 degrees Celsius. Which, you know, which would be about 18 to 20 degrees Fahrenheit, Fahrenheit.

• 13:09Shawn Ryan?

  Uh huh.

• 13:10Speaker 04

  But that's way beyond anything we've experienced in recent times.

• 13:14Shawn Ryan?

  Yeah.

• 13:15Speaker 04

  Uh, I mean, coming out of the Little Ice Age, 150 to 200 years ago, temperature of the planet has warmed about a degree. So we're looking at warming of 20 times that much. And some of the, some of the studies, uh, based on ice cores, Greenland ice cores, Antarctic ice cores, other kinds of proxy evidence. The, the, the time span in which this temperature change occurred has gone from a thousand years to a century, then from a century to a decade, then from a decade to five years. And now the latest as we get to this ever. More refined temporal resolution, like from the studies of ice cores, it's down to one to three years.

• 13:59Speaker 04

  So what happened? You know, that's a mystery. Now, what did people do? Ah, that's a very interesting question to me. Like, you need to find a place of refuge to, to, to ride this thing out. Because at the same time, these extreme temperature changes are happening, the whole surface of the planet is being remodeled in a major way. So, one of the things that would absolutely be necessary is to find the places of refuge. Now, in, in ecologists, when they look at the decimation of, of, of the whole ecosystem, like a great microcosm of that would be the Mount St.

• 14:43Speaker 04

  Helens eruption of 1980, when you had about 200 square miles just utterly decimated, turned into a lunar landscape. Well, you've got biologists and, and, and ecologists and stuff have been studying how nature has reclaimed that. And what usually happens is you have these pockets where some seeds or whatever spores primarily, like, because the first colonizer plants that show up in the aftermath of catastrophe are ferns. And so this is what happened, you have these pockets of life recovering, and then from those little islands of life of biological activity, it spreads out.

• 15:27Speaker 04

  At the rate that it's been recovering, you know, about another, it's been, what, 40 years now since that big eruption? And it's probably, you know, there's now forests encroaching upon the area of devastation. Give it another 50 to 100 years and it should be completely recovered. Now, the question is if we're faced, because to me, okay, two questions. One, the historical question, because we now know that these tremendous catastrophes have happened and have happened repeatedly. So, and then if they happen again? For example, we know that asteroid and cometary impacts are way more frequent than anybody was imagining a generation ago. Excuse me, I'm a little hoarse today, but.

• 16:12Speaker 04

  Interesting, what we've seen, let's say, in the last twenty-five, thirty years is that geologists looking at the earth down below have have seen multiple scars from these tremendous cosmic events, impacts of asteroids and and meteors, com- uh, cometary, comets and cometary debris. There's about now, right now, about two hundred craters and or astrobleams uh that have been discovered. Now, an astrobleem is an impact scar, but it's usually buried beneath the surface. It's called, literally translates as star wound. Uh huh.

• 16:50Speaker 04

  Star wound. Now, most of those are the result of high-density objects like iron asteroids. Have you ever been to the crater in Arizona near Winslow? I haven't. Okay, add that to your list. You need to get out there and see it. This is, this is, you'll get out there and you're gonna be looking in this six-hundred-foot-deep hole, a kilometer wide, and you're gonna go, that's one big hell of a ho- hell of a big hole, right? But that was like a little baby piece of cosmic debris that that excavated that hole. It was an iron asteroid about a hundred and fifty feet in diameter, right? Most of the asteroid pulverized upon impact and pieces of it are strewn out for miles from the crater itself. Uh, in the museum there, you can see there's a hunk of the the iron.

• 17:35Speaker 04

  It's maybe about like so big, you know? Um, now, when you have a high-density, and we're talking, you know, five or six grams per cubic centimeter, when you have a high-density object like that coming in at hypervelocity speeds, it'll penetrate through the whole atmosphere and strike the ground. Now, if you have a lower-density object, like, say, have you ever heard of the Tunguska event of nineteen oh eight? No, I haven't. Okay, so in nineteen oh eight, a piece of a comet, it was probably related to the comet we call Comet Anki, which was probably part of a family of meteors called the Torrid, the Torrid Meteor Shower, which the earth crosses this stream twice each year.

• 18:18Speaker 04

  Okay, so that piece is estimated to have been about one hundred and fifty feet in diameter. So now, on the one hand, the hole you've got in Arizona, the big crater bowl that you've got in the desert in Arizona, was created by, like, almost, think about it, cast iron. Uh huh. And roughly the, the density and weight of cast iron. The Tunguska event, on the other hand, was more like, almost like a snowball. But when that thing came in, again, at, at hypervelocity speeds, penetrated the atmosphere. It happened on June, uh, by the modern, by the Gregorian calendar, would have been June thirtieth in nineteen oh eight.

• 19:01Speaker 04

  That thing descended through the, through the atmosphere, but, uh, was moving so fast that the atmosphere in effect didn't have time to get out of the way. The lower density of it meant that, like, when, uh, when the Department of Defense dropped the bombs on Hiroshima and Nagasaki, you know, those bombs didn't fall and strike the ground and explode, they were blown up in the atmosphere. Uh huh. Why? Because you've got a greater kill radius, you've got a greater radius of destruction. Um, whereas if it hits the ground, most of that energy is absorbed into the ground. And the blast wave, if, if it, you, if you Short. Detonated in the atmosphere, that blast, blast wave can move out much more, to a

• 19:46Speaker 04

  greater distance. So Tunguska nineteen oh eight exploded five miles up in the atmosphere with the force of about a fifteen megaton hydrogen bomb. The largest hydrogen bomb ever tested by the US back in the nineteen fifties was called Bravo, twenty megatons, right? So this is almost in the range of the biggest hydrogen bomb that the US Department of Defense ever tested, right? Um. As a result of that explosion, over 820 square miles of old-growth Taiga forest was just utterly obliterated and flattened.

• 20:26Speaker 04

  Under the epicenter of that explosion, about 200 square miles were just incinerated to nothing, right? Now, this is, so we have two contrasting episodes there. Now, one, we have an iron asteroid strikes the Earth. We have a low-density object, probably a piece of a comet, blows up in the atmosphere, right? Now, the reason we know about the Tunguska event of 1908 is because of the, the, two things, the devastation, but also the accounts that, this now, this is a very remote region of Siberia, northwest of Lake Baikal, very remote region, and so the, the Tunguski tribes' people that lived there were reindeer herders.

• 21:11Speaker 04

  And as far as we know, there was nobody killed directly by the blast because it was just at the, the northern limits of the tree line. If it had been much farther, maybe another 50 miles north, or 100 miles north, we wouldn't have known about it. The way, the reason we know about it is because, number one, uh, even though this was very remote, when this happened in 1908, there were still accounts that, that made their way out. And a, a scientist, a Russian scientist by the name of Leonid Kulik, got very, he was studying meteoritic phenomena, and he heard about this, and he decided he wanted to follow up on this.

• 21:51Speaker 04

  So I think it was 1927 or 1928, he journeyed to this, uh, small village, Vanavara, I think is what it was called. It was, is the closest human habitation to this event. And he found out, you know, they confirmed, yeah, there was this thing, but they were very superstitious about it. They did not want any outsiders to go there because they felt like it had been a visitation from the fire god, Ogdi. And they witnessed this thing from the distance, and it completely... I mean, they were so blown away by what happened. And then, of course, some of them traveled in like some, but the only thing that was probably killed en masse was reindeer herds.

• 22:34Speaker 04

  So some of the reindeer herders had gone up looking for their reindeer. And of course, they could find no trace of them. They'd been just incinerated.

• 22:42Shawn Ryan?

  So did this explode in the air?

• 22:44Speaker 04

  It exploded in the air.

• 22:45Shawn Ryan?

  Okay.

• 22:46Speaker 04

  Exploded about five miles up. So that's a major difference between these two. Now, if we think of the, the, the objects, the cosmic objects that could strike Earth, those are the two endpoints of a continuum. The high density, iron type objects and the low density, cometary type objects. And then you can have everything in between. So you're talking about roughly a gram per cubic centimeter, which is like a piece of ice, or five grams per cubic centimeter, which is going to be like a piece of, uh, cast iron. And then like in the middle, you've got what are the chondritic meteorites that are about three. What so if you went out next to a creek and you picked up your standard piece of rock,

• 23:28Speaker 04

  sedimentary rock, it's going to be about three, three and a half grams per cubic centimeter. So that's right in the middle of the spectrum. Now here's the thing I'm getting at. When we start crater counting to try to understand how many times the earth has been impacted, we're looking at objects that actually strike the earth. Now, if you had an event like Tunguska, 1908.

• 23:51Shawn Ryan?

  How many, how many?

• 23:55Shawn Ryan?

  I'm just curious. How many, do you know how many times the earth has been struck by some type of a meteor or, or a comet?

• 24:01Speaker 04

  That's what I'm getting at.

• 24:02Shawn Ryan?

  Perfect.

• 24:02Speaker 04

  That's exactly what I'm, I'm, I'm, I'm laying it out so that, right? So here's the thing. If you have an event like Tunguska, a hundred years from now, there won't be any trace of it. The trees that were knocked down will have all been rotted away and there's new forests growing there. Right? And we wouldn't even know about it. Right?

• 24:25Speaker 04

  Whereas the Arizona event meteor crater, that happened some 50,000 years ago. So that big hole in the ground is still there, right? And we can see it, we can count it. Well, like I said, there's about 200 craters and asteroids that have been identified on Earth.

• 24:43Shawn Ryan?

  200?

• 24:45Speaker 04

  About 200 now is the census now.

• 24:47Shawn Ryan?

  How, I just have another question.

• 24:49Speaker 04

  Sure.

• 24:49Shawn Ryan?

  How are you able to date when an asteroid hits the Earth?

• 24:55Speaker 04

  Well, there's a number of different ways. You know, optically stimulated luminescence is probably the, the, the main way now that you can date rocks. But, you know, you can use relative dating where if you know the, you, you, like for example, if, if you got, if you got layers of soil.

• 25:12Shawn Ryan?

  Okay.

• 25:12Speaker 04

  Right, and you go out and you dig a hole, right? Now you go, come back afterwards and you look at that hole and you, okay, we've cut through this layer, this layer, this layer, but not this layer. So we know it's younger than this layer, right?

• 25:25Shawn Ryan?

  Got it.

• 25:25Speaker 04

  Now let's say we've got remains of life forms in there that we can date. Well, now we can date some of these layers. Or you optically stimulated luminescence, not to, OSL dating, not to try to get into a technical discussion on that, but it basically is that, um, you have certain atomic structures that are reset when they're exposed to light. So if you've got a, a crystal that's buried, um, what's happening is, um, it's through, uh, radio, through, through, uh, radiocarbon process, it's decaying and producing byproducts.

• 26:01Shawn Ryan?

  Okay.

• 26:02Speaker 04

  And by measuring the ratio of the precursor material and the byproducts, and you know how long that rate of, of, of transition is occurring, you can now get a, a, a relative date. The younger stuff like, um,

• 26:22Speaker 04

  The other way is this, okay, so you dig that hole and you go away and now things start, you know, wind blows, things blow into the hole, you know, plant life falls into it and it starts filling up, right? Well, then you can go and you can maybe date the stuff that's in there, in the hole. And if you go back and you you pull up and you do core samples and you take and you date those and they they the latest, the oldest dates turn up to be 50,000 years old, that's probably going to give you an indication of when it happened. And that's kind of how they they dated the Arizona thing. Now, the the 1908 event, that was witnessed. So I mean, there are accounts of that. But here's the thing I'm getting at. The lower

• 27:04Speaker 04

  density objects are about 10 times more abundant than the iron objects. So, and then when you look at the actual craters and astrobles, most of those are on places where there's fairly dense human habitation, Europe, Scandinavia, Canada, the US, Russia, more and more of them are being found in Russia. What's under Antarctica? We don't know yet, but there's evidence that there's a really big crater under the ice in Antarctica. What about the bottom of the oceans, which is almost three quarters of the planetary surface? For every one that's going to hit the ground on land, there's going to be three that hit the ocean. And so now you have marine geologists

• 27:49Speaker 04

  who are reevaluating evidence for large scale tsunamis that have made land fall and thinking that some of those are too big to have been formed by simply underground, I mean, undersea volcanic eruptions and maybe the result of, you know, a half kilometer or kilometer wide object plunging into the ocean that's moving, you know, at 20 miles per second, right? But my point, and this is the takeaway, is that the the events like Tunguska.

• 28:19Speaker 04

  That don't leave a lasting impression are way more abundant than the ones that dig holes in the ground. So if you're just counting holes in the ground or scars in the surface of the earth itself, you're going to be undercounting. That's my point. So we're kind of in a position now of reevaluating just how many times perhaps we have been affected in the past. And here's again, now we turn to astro mythology or geom mythology and we have hundreds of accounts from all over the world of things that once you got this picture in your mind of what an event like that would be.

• 28:56Shawn Ryan?

  Uh huh.

• 28:57Speaker 04

  It sounds like that's what they're talking about.

• 28:59Shawn Ryan?

  Interesting.

• 29:00Speaker 04

  Yeah.

• 29:01Shawn Ryan?

  How many, um, are you, do you know, do you happen to know how many documented cases are the, maybe within the past, I don't know, 200 years?

• 29:09Speaker 04

  Of impact type events?

• 29:11Shawn Ryan?

  Yes.

• 29:12Speaker 04

  Well, the big one, of course, was 1908.

• 29:13Shawn Ryan?

  Okay.

• 29:14Speaker 04

  But there's also evidence now of, of a similar event happening over Brazil in the 1930s.

• 29:21Shawn Ryan?

  Really?

• 29:22Speaker 04

  Yeah. Um, there's also evidence that there might've been a similar type of event, maybe even bigger, over New Zealand.

• 29:30Shawn Ryan?

  What is the evidence?

• 29:32Speaker 04

  Well, the evidence and the first thing like in the Brazil event that was, um, uh, who was it? I think it was some Catholic priests that were going in there to, you know, to try to convert the natives and they started hearing these tales and then, uh, later some scientists went in there and they found what looked like that there had actually been three strikes of like three objects that came in together. And individually, each one was smaller than the 1908 event, but taken together, the total energy released may have been in that scale.

• 30:06Shawn Ryan?

  Wow.

• 30:07Speaker 04

  Um, and I mean, there's very, uh, the, the evidence is accumulated. There's a, there's a researcher, a geomythologist named Bruce Massey, who's done some incredible work on, um, on, uh, studying and, and it's come to the conclusion that these events have been, are far more frequent than anybody had imagined, you know, 20 or 30 years ago.

• 30:30Shawn Ryan?

  Wow.

• 30:31Speaker 04

  You know?

• 30:32Shawn Ryan?

  Wow.

• 30:33Speaker 04

  Yeah, I've got it all documented here. So when, you know, I've been doing this for a long time and I've spent pretty much every hour of my spare time for forty years collecting this stuff. It's interesting. Yeah, and I've visited just about all of the craters in America, um, a couple of them in Canada, but there's a lot more, you know, I've done, um, in fact, there's a chain of them across the Midwest. I think it's at about the thirty-fourth parallel. I think there's eight of them and it might have been a multiple impact event. Now, this would have been a long time ago before humans, but like imagine, do you remember the nineteen

• 31:13Speaker 04

  ninety-four July, do you remember Shoemaker Levy nine? Think about when there was a multiple impact into Jupiter. I think it was the second week of July nineteen eighty-nine, I mean nineteen ninety-four. I do not remember that. What were you doing in nineteen ninety-four? I was probably in middle school.

• 31:37Speaker 04

  Okay, that would explain why. Now, see, the, the, the crime there is that you were probably in middle school and you didn't have any teacher telling you about this. We were learning about ancient Egypt and how they propped those blocks up with sticks. Oh, really? That's what I was doing in ninety-four. Oh, ninety-four, okay. Well, in ninety-four, so this, at the time, it was the most watch astronaut, watched astronomical event in history. And in fifteen months earlier, in March of ninety-three, astronomer David Levy and astronomer, uh, Carolyn Shoemaker, wife

• 32:18Speaker 04

  of Gene Shoemaker, who was a famous, like, he trained NASA astronauts and stuff when they were going to the moon. He was a geologist and, and so David Levy and Carolyn Shoemaker, who was Gene Shoemaker's wife, discovered, they were looking at Jupiter and they saw a comet just making it appear. It had just orbited around Jupiter and it was just appearing from behind Jupiter when they discovered it. So it was like discovery of a, of a new comet. Suddenly there it was, you know, coming from behind Jupiter. They began watching it and over the next few days and weeks, they could see that the thing had was had broken into pieces.

• 32:59Speaker 04

  And so what had been a single nucleus turned into 21 new separate individual nuclei. And the reason that happened is because, first of all, comets aren't really cohesively and solidly bound. The nucleus can be fragmented fairly easily, right? Jupiter has this intense gravity field. And there's a principle called the Roche limit, where an object coming too close to a larger body like Earth or Jupiter or whatever, if it passes within that Roche limit, the

• 33:41Speaker 04

  gravity is so strong that it had overcome the bonding of the object and it'll fragment. It'll literally, the gravity of Jupiter tore this comet nucleus apart. So the astronomers started tracking and they could see these pieces spreading out in space. They called it the chain of pearls. And it took about three months of observations and within that three months, they were able to recreate the entire elliptical orbit of the thing. They were able to determine because of the velocity of it, they now had the velocity of these pieces and they had the geometry of the orbit.

• 34:23Speaker 04

  So they then sort of fast forwarded it and they go, okay, in July of next year, July of 94, it's going to cross, it'll recross the orbit of Jupiter. But here was the interesting thing. When it's recrossing the orbit of Jupiter, guess what? Jupiter's right there.

• 34:46Speaker 04

  So they knew that it was going to be an impact and they predicted this a year in advance. So in, I believe it was the second week of July, 1994, 21 pieces slammed into Jupiter. Any one of those pieces had it struck Earth would have caused a global catastrophe and probably pulled the plug on our civilization.

• 35:09Shawn Ryan?

  Wow.

• 35:09Speaker 04

  Wouldn't have, wouldn't have been an extinction level event, but it would have been enough to basically put us back to the Stone Age.

• 35:17Shawn Ryan?

  Wow.

• 35:18Speaker 04

  And there were 21 of those pieces and up until that point, no one had ever expected that they would witness such a thing as that. So that was an important milestone in thinking about catastrophism and the probabilities or possibilities of such a thing happening on Earth.

• 35:39Shawn Ryan?

  Do you, just back to the Patreon question, do you have any, do you, do you, do you think about that, how humanity may have survived or sought refuge?

• 35:50Speaker 04

  Well, you want to turn back to mythology?

• 35:52Shawn Ryan?

  Yeah, let's do it. Let's do it.

• 35:54Speaker 04

  If we were faced with something like, if we can go back to now, what's almost certainly a, a, a real event.

• 36:03Shawn Ryan?

  Strictly in mythology.

• 36:04Speaker 04

  Okay, so here we got mythology.

• 36:05Shawn Ryan?

  Mm-hmm.

• 36:06Speaker 04

  And here we have scientific evidence that Earth was blasted around 12,900 years ago by a multi-impact event.

• 36:16Shawn Ryan?

  Okay.

• 36:17Speaker 04

  A smaller version of what happened to Jupiter. Okay? Now, people, we've been around, modern humans have been around for probably a couple of hundred thousand years. So the event that happened, this is called the Younger Dryas. Younger Dryas was a, initially it was a, a, a, an extreme climate event that was documented in Europe because it's called, it's named after a flower called Dryas octopetalum. Dryas octopetalum is a polar wildflower that loves the cold. So when these botanists and whoever was studying the, the,

• 37:01Speaker 04

  the, the plant, they saw that it was growing in Europe during the Ice Age, when Europe was 10 degrees colder than now, and then it disappeared.

• 37:13Speaker 04

  For about thirteen hundred, fourteen, fifteen hundred years, and then it suddenly came back again. So from that, they concluded, well, you've got this cold-loving flower that was there. Then it was suddenly gone, and then it reappeared. So you had this interval where it warmed up. And the flower di- didn't like the warm weather. And then it came back again. So that means the cold weather came back. Now, the younger dry, which that was how it was first identified, like thirty, forty years ago, was the study of this polar wildflower. Well, since then, we've learned all kinds of interesting things. One is that the, the mass extinction of the great megafauna

• 37:58Speaker 04

  that lived during the Ice Age. There was, you know, over a hundred species of megafauna that did not survive the end of the Ice Age, right? I mean, when was the last time you saw a woolly mammoth rose, uh, roaming around the forests of Tennessee? It's been a minute. It's been a minute, but twelve thousand, thirteen thousand years ago, you had several species of elephants living here in Tennessee. Interesting. You don't think about elephant, you think elephants, you think Africa, India, but you don't think North America. North Am- an elephant is a proboscide, meaning it has a long snout, a long nose. Up until the end of the last Ice Age, there were four species of proboscideans living in North America.

• 38:40Speaker 04

  Think about that. They're all gone now. What happened to them? Well, there's different theories. One theory, which I think, considered to be ridiculous, is that they were hunted to extinction by nomadic tribes of, of hunters. But given that the estimates for the human population at the end of the last Ice Age, and we're talking twelve to fifteen thousand years ago, roughly.

• 39:05Speaker 04

  Those estimates of human, total global human population range between five and 10 million. Estimates for total number of mammoths? 12 million.

• 39:15Shawn Ryan?

  Wow.

• 39:16Speaker 04

  12 million mammoths. That's just an estimate, but it's probably in the ballpark. Now, let's say you got 10 million people. How many of those people, now that's every, that's women, children, elderly. How many of those are gonna actually be hunters? And hunters that are willing, that are capable of taking down a mammoth?

• 39:34Shawn Ryan?

  25% or less.

• 39:36Speaker 04

  What?

• 39:36Shawn Ryan?

  25% or less.

• 39:38Speaker 04

  That's probably about right, yeah. So, what does that leave? Couple of million people were able to exterminate every mammoth on earth? In less than a thousand years?

• 39:51Shawn Ryan?

  No way.

• 39:51Speaker 04

  No. And then when we look at the circumstances under which we find those mammoths? And other extinct animals? That's not, you know, I mean, we find them frozen in permafrost. There was a Rogan podcast where he had, um, Jim, John Reeves? Who's a, a, a gold prospector and he owns a large tract of land? In an undisclosed location in Alaska.

• 40:19Speaker 04

  On his land, there's a, a valley that's filled with, with, uh, permafrost. When you dig into that permafrost, half of it is the remains of extinct megafauna.

• 40:33Speaker 04

  Bones, twisted, uh, ligaments, pieces of muscle that have been, you know, skin that have been frozen. It looks like they took a whole ecosystem. Dumped it in a gigantic blender. Blended it all up and then dumped the shit in the, in the river valleys of this area in Alaska. Now- Those kinds of things have been documented for over 200 years. Explorers up there seeing that kind of stuff. Coming out of the Yukon, coming out of Alaska, coming out of Siberia, for years and years and years, they were exporting mammoth tusks. Ivory, right?

• 41:15Speaker 04

  To this day, a lot of old pianos built in the 191800s and stuff have mammoth ivory that are the keys. Thousands and thousands of those tusks were dug out of the permafrost. They didn't end up there from human hunters. They were destroyed in some type of a catastrophe. The most likely trigger for catastrophe, I think, is from out there. And in some of the bone beds up in those areas, they've now discovered iridium platinum spikes, which are delivered to Earth via cosmic impact. That's how they discovered that originally came up with the theory

• 42:00Speaker 04

  that the dinosaurs had been killed in this great impact was because they discovered a layer that's right there, there at that KT boundary layer, 66 million years old, below which you had dinosaurs and above which there were no dinosaurs. In the late 1970s, they took a closer look at that layer and they discovered it was more than 100 times richer in iridium than below or above that layer. They said, "Where the hell did all this iridium come from?" Well, they knew that iridium is delivered to Earth via cosmic impact. So this was a group that was looking at a KT boundary layer in Italy.

• 42:42Speaker 04

  And they contacted their colleagues, first in Denmark, then in New Zealand, because they were trying to determine, well, how widespread was this? It looks like there was a dusting of iridium. Well, they contacted their colleagues in other places around the world and they said, "Go back, take a closer look at that KT boundary layer and see if there's an iridium spike." And in every case, there was an enormous enhancement of iridium.

• 43:10Speaker 04

  Which led them to then believe that the entire planet got dusted with iridium. So how do you do that? Well, again, you you you blow up an asteroid. And you distribute its debris into the pulverize it so that its debris is microscopic. And you inject that into the atmosphere and the atmosphere carries it around the planet. From the concentration of iridium, they were able to calculate based upon, we know how much, we know that two things, when we pick up meteorites in the field, they can measure the amount of iridium or other platinum, ruthenium, zirconium, other platinum group metals.

• 43:54Speaker 04

  They can actually measure directly in the meteorites. Then you can look at the spectral emissions of asteroids. And those those substances will have very distinct spectral signatures. And so they were able to estimate, okay, we've got X amount of iridium. Given the percentages of iridium that we know is in an asteroid, how big of an asteroid would it have to be? And they came up with the, they did the the math on it. It's gonna have to be about six miles in diameter. Then they said, okay, if you've got a six mile diameter asteroid with a closing velocity of 20 miles per second, what size crater is that gonna create?

• 44:39Speaker 04

  150 miles roughly in diameter. So they speculated said, somewhere there must be 150 mile crater if if we're right. All the skeptics were saying, well, until you can show us the crater, we're not buying into this that they're, you know, because that's too too drastically different than our old models of gradual extinction, right? Well, at the same time, petroleum Mexico is drilling, excuse me, in the northern Yucatan Peninsula.

• 45:12Speaker 04

  And they had drilled down about through a half a kilometer of limestone sediment. And at the bottom of that drill core, they hit something hard. They brought up samples of it, and it was this green, vitrified, really dense, glass-like material. Their first assumption it was volcanic. Well, word of this eventually got to some American scientists that were trying to figure out what happened at the KT boundary. They went down there, they got more samples, and they started doing subsurface surveys, and they could see that there was a giant circular structure buried under a half a mile of limestone.

• 45:50Speaker 04

  And this green vitrified stuff was the rock that had melted in the superheated temperatures that were created by this impact. They were, then they've gone on. I mean, they, for example, have found the remnants of gigantic tsunamis in Louisiana and Texas that were washed north. So, it was a long process, but this occurred in like the early 90s. So, in 1980, three teams separately proposed that the extinction of the dinosaurs at the KT boundary was triggered by an impact.

• 46:28Speaker 04

  The team of Walter and Louis Alvarez, who studied the outcrop in Italy, theirs seemed to be the most accurate in terms of what we now know happened then. But it took a decade for them to be vindicated, and it was with the discovery of that huge crater and the dating of that crater that, again, right there, 66 million years ago, right? Now, of course, that was long before humans. Now, fast forward to the Younger Dryas, the lower Younger Dryas boundary, which is dated just a little bit younger than 12,900 years. Iridium has been found, platinum has been found at that.

• 47:13Speaker 04

  Nano diamonds have been found, which are microscopic diamonds. And the only other place that diamonds just like that have been found? The KT boundary from 66 million years ago. Wow. So, it's almost certain that there, but we still have large factions of the scientific community that doesn't want to go there, doesn't want to admit that there could have been a global catastrophe 12,000 or 13,000 years ago.

• 47:41Speaker 04

  And, you know, part of the, the political narrative now is that humans are causing the sixth great mass extinction. And Exhibit A is the fact, oh, look what humans did to the woolly mammoths. They exterminated them all. So there proves that humans can cause mass extinctions. Um, they don't want that to be taken away from them. So they, um, they're refusing, that's part of it. But there's, there's a whole group of them that just, as the evidence continues to accumulate, they just do not want to go there. Um, at some point, it'd be really, you should get George Howard. George Howard. George Howard. He, he has a website called, um, Cosmic Tusk, and he's been in the forefront of this

• 48:25Speaker 04

  research probably since the eighties. Interesting. He's also, uh, was one of the co-authors of a paper that came out in, um, two thousand and seven that proposed that the mass extinction was caused by some type of an impact. That was two thousand and seven. And that ignited a firestorm of controversy. It's gone back and forth and back and forth. Um, but at this point, I think eight to 10 teams around the world have independently verified that there is the fingerprints of a cosmic impact event that occurred around

• 49:06Speaker 04

  12,800 to 12,900 years ago, that seems to be right there along with the mass extinction. Now, back to the question, which is where would people have survived? And if were such a thing to happen again, where could people survive? Well, there are places around the world, like, for example, if you look in Africa today, where's the greatest concentration of megafaunal species in the world today? Africa. Right? If we look, if we look at a census, continent by continent, what we see is that North America

• 49:48Speaker 04

  lost three quarters of its megafaunal species at the end of the Ice Age. South America lost about the same percentage. Eurasia lost about 35%. Africa only lost 10%.

• 50:04Speaker 04

  That's why Africa today has the greatest number of megafaunal. When you start thinking about, and let me define megafaunal. A megafauna is defined as a, any animal that weighs over forty-four kilograms in body weight, which is right about a hundred pounds. Okay. So if you, if you take the, the census of, of animals living on Earth today, there's about, and, and depending on how you divide them up, do you, do you separate timber wolves from gray wolves? You know, do you separate African elephants from Indian elephants? Probably you do, but there's some variability in there. But let's say there's roughly a hundred to a hundred and twenty species of megafauna around the planet.

• 50:46Speaker 04

  It's about equal to the number of megafauna species that went extinct around the world. So you, to put that in perspective, what that means is that you would have to, the number of species that got wiped out at the end of the last ice age, and there's an argument about, was the span a decade, a hundred years, several thousand years? That's still being worked out, although it looks like it's honing in right at this boundary, which is dated at twelve-nine, twelve thousand nine hundred years ago. Okay? So if, if you were going to duplicate a, a, a species extinction level event to the one that happened at the end of the last ice age, you'd have to pretty much eliminate

• 51:31Speaker 04

  every animal over a hundred pounds body weight on Earth. Okay. That's how severe the mass extinction was. Wow. And that was, I mean, that's not even one of the, considered one of the great ones in Earth history. A great one in Earth history, you're talking about seventy to ninety percent of all species, terrestrial, marine, et cetera. Permian Triassic may be as much as, uh, ninety-five percent of all species on Earth went extinct, just like that. And they're still trying to figure out why, you know, um.

• 52:09Speaker 04

  But so now, here's the interesting question. We can see from the, number one, species loss is going to be directly related to habitat loss. The greater the loss of habitat, the greater it will affect species that are adapted to living in that habitat. So you can conclude from that, that if three quarters of the species of North and South America went extinct, that was where the greatest habitat loss occurred. So it was, was the, the last global catastrophe was kind of focused on the Western Hemisphere. Eurasia was second, Africa was third. So what that tells you is the safest place to have been on Earth during these events

• 52:54Speaker 04

  would have been Africa. And I suspect that it all pretty much is around Kenya, um, Tanzania, Tanzania.

• 53:04Shawn Ryan?

  Tanzania.

• 53:05Speaker 04

  Tanzania, that's what I'm trying to say, thank you. Around the Great Rift area.

• 53:10Shawn Ryan?

  Okay.

• 53:11Speaker 04

  That's where it seems like was kind of a place of global refuge. You had the greatest survival of species and once the dust settled in the aftermath of these events, they were able to repopulate.

• 53:23Shawn Ryan?

  So it was, so nobody really sought refuge? It was just luck of the draw where you were on them.

• 53:28Speaker 04

  Well, now you get down to a really interesting question. I think that the plausible scenario might be that you had survivors of two types. Those who survived by the luck of the draw and those who survived because they, they knew it was gonna happen, they planned for it, they prepared for it. And.

• 53:51Shawn Ryan?

  You think they knew it was gonna happen?

• 53:53Speaker 04

  I think, I think we could make a strong argument that people, that somebody did know.

• 53:58Shawn Ryan?

  How so? How would they have known?

• 54:00Speaker 04

  Well, see, this is where we now get into why ancient peoples all over the world were such obsessive sky watchers.

• 54:11Speaker 04

  And how did astronomers were able to predict this impact on Jupiter a year in advance? Now, I think that we could make the argument that there was, whatever you want to call them, a priesthood or whatever, whose job it was to monitor the skies for generation after generation. And typically, one of the things that would happen is that impacts, you know, right now, we could think of Earth, we could think of Jupiter, and there are streams of stuff traveling between the two, almost like cosmic ping pong or something, right?

• 54:51Speaker 04

  Now, every year, on June 30th, and two times, right around late October, early November, late June, early July, Earth crosses this stream of cosmic debris that's called the torrid meteor shower. The peak of that, now, it takes, to fully cross the stream, takes a couple of weeks, right? But, the Tunguska object, okay, now, if, this is where, if I come back, we can look at some really cool graphics. Pull them up. Well. If you'd like.

• 55:35Speaker 04

  I don't know if I've got that open, but when we do the break, I'll pull some stuff up, okay? Picture this, you've got this stream of debris coming in from Jupiter, coming around the Sun, and going back out to Jupiter. The whole stream takes between three and four years to make an orbit around, like this, right? Now, here comes the Earth, it crosses the stream twice, right? Once in late October, early November, when it crosses, at that time of year, it's crossing in such a way that if you were to look up the stream...

• 56:14Speaker 04

  You'd be looking out into space. You'd be, in fact, you'd be looking towards the constellation of Taurus. That's where it gets its name, the torrid meteor shower, after the constellation of the Bull. Now, that stream comes in, comes around the sun. Now, if Earth is crossing there in the late, in, in late June, early July, and you're looking up the stream, as these things are approaching, you're looking almost directly towards the sun. So you don't see them. That's what happened on July, June 30th, 1908, is that thing came from around the sun. And the people that did see it in the last

• 56:54Speaker 04

  few seconds, they described things like it looked like it was being born out of the sun, or the sun spit it out. You know, and they see this thing suddenly in the sky, and then it gets brighter than the sun, and then the damn thing explodes. And you had people 40 miles away from the epicenter of the explosion who were literally like blown, blown off their feet and thrown 20, 30 feet in the air.

• 57:22Shawn Ryan?

  Interesting.

• 57:23Speaker 04

  Yeah, I mean, that was how the pressure wave that went out from that, right? So, um, what I'm leaning towards is the idea that you had people who were watching the skies and predicting this. And one of the reasons, now, again, showing graphics would be, to explain this would be much easier, but when you look at and make these predictions of, like when they made that prediction back in 93, that this thing was going to hit Jupiter, they used things, they used a set of uh, information called cometary elements, or the orbital elements, right?

• 58:04Speaker 04

  And what they need to know is the jet, the shape of the, the orbit, its tilt relative to Earth's orbital plane, and several other things, right? Well, the things that modern astronomers used to count the tools they used, the conceptual tools they used to make that prediction, are all the things that you can identify by using the ancient standing stone circles and observatories. I think all these things all over the planet were observatories by which they were able to calculate cosmic motion to a high degree of precision. And if you saw an object circling, you know, in

• 58:46Speaker 04

  that orbit, and just like with the, the, the, uh, Shoemaker Levy Nine, that thing had been circling Earth and Jupiter, but nobody had seen it, right? It had been doing it probably dozens of times, and nobody had seen it. But what happened is that every time it went out to Jupiter, Jupiter's gravity was sucking it in a little closer, a little closer, a little closer, until finally, it got so close, it passed within that Roche limit, ripped it apart, and then on the next circuit around, boom, direct hit.

• 59:22Shawn Ryan?

  Gotcha.

• 59:23Speaker 04

  Now, maybe there were ancient people with enough sophistication to see things in the sky multiple orbital periods before impact.

• 59:35Shawn Ryan?

  Very interesting. On that note, let's take a break.

• 1:00:19Speaker 00

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• 1:01:23Shawn Ryan?

  All right, Randall, we're back from the break. Something I forgot to do. Everybody on the show gets a gift.

• 1:01:31Speaker 04

  Even me?

• 1:01:31Shawn Ryan?

  Even you.

• 1:01:32Speaker 04

  Oh.

• 1:01:33Shawn Ryan?

  Even you.

• 1:01:33Speaker 04

  Gosh.

• 1:01:34Shawn Ryan?

  There you go.

• 1:01:38Speaker 04

  Well, check this out.

• 1:01:39Shawn Ryan?

  Yeah, those are, uh...

• 1:01:41Speaker 04

  Oh, gummy bears.

• 1:01:42Shawn Ryan?

  Vigilance League gummy bears, made here in the U.S., legal in all 50 states. Fortunately.

• 1:01:48Speaker 04

  So are they CBD infused, or...?

• 1:01:51Shawn Ryan?

  Just gummy bears, man.

• 1:01:52Speaker 04

  They're what?

• 1:01:53Shawn Ryan?

  Just gummy bears.

• 1:01:54Speaker 04

  Just plain old gummy bears?

• 1:01:55Shawn Ryan?

  Just plain old gummy bears.

• 1:01:57Speaker 04

  So I'm not gonna get high if I eat these gummy bears?

• 1:01:59Shawn Ryan?

  Not... no, you won't. We did have somebody email in once that said they were on their fifth bag and they still don't feel anything yet, but, uh...

• 1:02:07Speaker 04

  Okay!

• 1:02:08Shawn Ryan?

  Yeah.

• 1:02:09Speaker 04

  Oh, not just one bag, but two bags of gummy bears?

• 1:02:12Shawn Ryan?

  There you go, you know? A little something for the ride home.

• 1:02:15Speaker 04

  Oh, yeah, okay. Well, one bag. I'll consume all bag on the ride home, but, um, I'll probably share these around with...

• 1:02:23Shawn Ryan?

  Yeah.

• 1:02:24Speaker 04

  Okay.

• 1:02:25Shawn Ryan?

  But, um...

• 1:02:26Speaker 04

  What else is in here?

• 1:02:28Shawn Ryan?

  Oh, it's just some stickers and stuff like that.

• 1:02:31Speaker 04

  Sean Ryan Show. Okay, well, this, otherwise people just, they won't believe that I was actually on your show. Look at this. Okay, Vigilance Elite. I like it.

• 1:02:41Shawn Ryan?

  Right on.

• 1:02:43Speaker 04

  Vigilance. Absolutely, man. Love that logo.

• 1:02:46Shawn Ryan?

  Thank you.

• 1:02:48Speaker 04

  Yeah.

• 1:02:50Shawn Ryan?

  But, um, so we had a little side conversation downstairs about a study that was done on children who

• 1:02:59Speaker 04

  Yeah.

• 1:02:59Shawn Ryan?

  grow up around, in and around nature and kids that grow up just with technology.

• 1:03:08Speaker 04

  I pulled it up here on my laptop, so I will just a couple, I'll just selectively, I'm not going to read the whole thing.

• 1:03:19Speaker 04

  But so, uh,

• 1:03:22Speaker 04

  this is, uh, the title of this article is Scientists Discover a Major Lasting Benefit of Growing Up Outside the City.

• 1:03:34Speaker 04

  So I'll just read a few highlights here. Um, using data from 3,585 people uh, collected across four cities, scientists from the Barcelona Institute for Global Health report a strong relationship between growing up away from the natural world and mental health in adulthood. Overall, they found a strong correlation between low exposure to nature during childhood and higher levels of nervousness and feelings of depression in adulthood. Co-author Mark Newen Hewson, don't know how to pronounce his last name, PhD,

• 1:04:18Speaker 04

  Director of IS Global, this is Institute for Global's Urban Planning, Environment and Health Initiative, tells Inverse, the journal that was doing this, uh, interview, that the relationship between nature and mental health remains strong, even when adjusted for confounding factors.

• 1:04:42Speaker 04

  quoting him, what we found is that the childhood experience of green space can actually predict mental health later in life. Wow. The people that reported more exposure to nature actually have better mental health than those that don't, even after we adjust for exposure at the time of interview when they are adults. Uh, let's see, for one thing, many, many studies have noted nature's ability to reduce rumination, a risk factor for mental illness. Spending time in nature, this is one of the other researchers, uh, Zilema says, uh, Zilema

• 1:05:24Speaker 04

  says, has been linked with increased self-esteem, this is in nature, increased self-esteem, quality of life and physical activity, as well as lower body mass index. Uh, in this sense, nature itself is beneficial. These findings fold into the biofield hypothesis, the idea that humans intrinsically seek out connections with nature, including exposure to green spaces. An offshoot of this idea is that nature promotes certain developmental changes in the brain, particularly in children, that may not happen when we are removed from it.

• 1:06:02Speaker 04

  Uh, Niwenhausen presented some evidence for this in a 2018 study showing that exposure to green space correlated with structural changes in the brain and greater working memory in 258 schoolchildren. And then quoting him, this is a hypothesis, I think the reason for it is in general, our brains are still wired for when we were still living in the savannas and jungles with a lot of nature around us. It's only in the last few hundred years that we have moved into cities. Our brains are not really adjusted to that. The second way to interpret the results is to consider not the benefits of nature exposure, but the disadvantages of being away from it.

• 1:06:47Speaker 04

  Polluted cities in particular seem to extract additional tolls on health and may actually impact cognitive development in children. Uh, these negative aspects of being removed from nature highlight the indirect way that growing up in a city could have lasting effects. In other words, the way we're designed, our cities is inherently harmful. Um. Finally, let's see, uh.

• 1:07:15Speaker 04

  We cannot really say how much exposure exactly there should be. Children that have poor residential access to nature could certainly benefit from field trips in nature, but it would probably be better if there's regular exposure at home and school. There's a, a, a, a image here of a brain scam. Uh, let me make this a little bit more visible. I can hold it up. And these, uh, this shows that exposure to green space was linked with structural changes in white and gray matter volume in the brain, suggesting that there might be a causal relationship between cognitive development and exposure to green space. And those yellow showing where the structural changes are taking place.

• 1:08:00Shawn Ryan?

  Wow.

• 1:08:00Speaker 04

  Um, in the brains of children who are being regularly exposed to nature.

• 1:08:05Shawn Ryan?

  Wow. Fascinating stuff, isn't it?

• 1:08:08Speaker 04

  Isn't it though? Yeah. And I got another study, you know, where it's talking about the, um, you know, some of the difference, I mean, just the mental health of, of people, of, of children grow up to be much more healthy in terms of their, their emotions or psychology, their, their mental processes and so on, than children that are deprived of that. So I think that's important. It's important for people to know that. And then I have a comment here where I say, the proportion of rural to urban dwellers in America has shifted dramatically in the past three to four generations, creating an imperative need for opportunities for people to reconnect with the natural order.

• 1:08:51Speaker 04

  This is especially important for children and young people who will inherit the earth and must become its stewards as the 21st century unfolds.

• 1:09:01Speaker 04

  And we've basically shifted from three or four generations ago where three quarters of the population was rural. And now it's three quarters of the population are pretty much urban dwellers.

• 1:09:11Shawn Ryan?

  Yeah.

• 1:09:12Speaker 04

  And you've got kids now who, you know, I mean, I, I, I've talked to kids that are teenagers who've never seen the Milky Way galaxy.

• 1:09:20Shawn Ryan?

  Man.

• 1:09:20Speaker 04

  You know, that's, that's not good.

• 1:09:24Shawn Ryan?

  Yeah.

• 1:09:25Speaker 04

  That's not good. And, and you know, schools aren't, aren't living up to their, what they should be doing.

• 1:09:32Shawn Ryan?

  Well, they got their own agendas nowadays.

• 1:09:35Speaker 04

  Yeah, uh, what we found is that childhood experience of green space can actually predict mental health in later life. The people that reported more exposure to nature actually have better mental health than those that don't even, even after we adjust for exposure at the time of the interview when they are adults. So interesting stuff.

• 1:09:56Shawn Ryan?

  Yeah, very, very interesting.

• 1:09:58Speaker 04

  Yeah.

• 1:09:58Shawn Ryan?

  You know, it's, it's, it's, I think since, uh, 2020, there's been a

• 1:10:04Shawn Ryan?

  nothing like what you're talking about for the last three, um, what is it, the last three generations, you know, moving into the urban environment, but you did see a wave after 2020 of people trying to get back out into nature.

• 1:10:15Speaker 04

  Oh, yeah.

• 1:10:16Shawn Ryan?

  You know, and.

• 1:10:18Speaker 04

  It's interesting. We saw similar thing, you know, in the late 60s and early 70s, people who started experimenting with psychedelics and stuff. There was the back to the land movement.

• 1:10:29Shawn Ryan?

  Yeah.

• 1:10:29Speaker 04

  Um, and that was a mixed bag because a lot of people from my generation

• 1:10:36Speaker 04

  tried to do it and, and weren't prepared for what it actually involved. It's a lot of work.

• 1:10:42Shawn Ryan?

  Yeah.

• 1:10:42Speaker 04

  Going back to the land.

• 1:10:43Shawn Ryan?

  Yeah.

• 1:10:44Speaker 04

  No, I had a.

• 1:10:45Shawn Ryan?

  It is.

• 1:10:46Speaker 04

  I had a sense of that, you know, growing up where I grew up, you know, I mean, in rural Minnesota, but, um, you know, there was a lot of naive, the intentions were good, but there was a lot of naivety and, you know, um, but I, but you're right now after the COVID, a lot of people are thinking, hey, maybe it's, we should revive some of those ideas and we know a whole lot more now about how to do it.

• 1:11:11Shawn Ryan?

  Yeah.

• 1:11:12Speaker 04

  And what's involved, you know, you just don't go out there and, you know, build you a little lean to and, you know, it's a little more than that.

• 1:11:22Shawn Ryan?

  Yeah.

• 1:11:24Shawn Ryan?

  You know, we live out there and, uh, there's no way in hell I would ever move back to the city.

• 1:11:29Speaker 04

  Yeah.

• 1:11:30Shawn Ryan?

  Not a chance.

• 1:11:31Speaker 04

  Well, like we talked about earlier, you know, my, my building business kept me tied to the city because that's where all my clientele was. But now that I'm shifting out of that into more teaching and podcasting and stuff and making, making a living doing that, um, yeah, I mean, and I did pretty good last year, but you know, I spent it all. I built a barn and I built my studio.

• 1:11:54Shawn Ryan?

  Yeah.

• 1:11:55Speaker 04

  So my next surplus funds is going to be, you know, going into actually getting my house that I live in. Finishing the projects that I've started and then I'm gonna have a nice generous chunk of equity in there and that's gonna be my springboard. But we'll see, you know, I've got other things going on.

• 1:12:15Shawn Ryan?

  Yeah.

• 1:12:16Speaker 04

  I'm gonna be going down the end of next month to meet with the rumble guys and we're gonna, I'm gonna see what they're gonna propose to me.

• 1:12:25Shawn Ryan?

  Good.

• 1:12:26Speaker 04

  But they're, you know, they've just, I've seen some projections that, you know, if I get X number of views, I can actually get some, uh, start getting some serious revenue streams going from it.

• 1:12:38Shawn Ryan?

  Good.

• 1:12:38Speaker 04

  And, uh, yeah, and so that's gonna go towards, I've been for a couple of years now researching land east of here, looking at eastern Tennessee and, uh, I think that's probably where I'm gonna try to relocate.

• 1:12:52Shawn Ryan?

  Well, you'd make a hell of a neighbor, so I saw.

• 1:12:54Speaker 04

  Hey, I'd be proud to be your neighbor.

• 1:12:56Shawn Ryan?

  Thank you.

• 1:12:57Speaker 04

  Sean.

• 1:12:57Shawn Ryan?

  Right back at you.

• 1:12:59Speaker 04

  Yeah, we could, hey Almore, we could, I'd get you out there and I could show you some cool stuff about building.

• 1:13:04Shawn Ryan?

  I would love that.

• 1:13:05Speaker 04

  Cause what, here, my vision is that I would like to take a piece of land and utilize the ancient principles, which, you know, starts with things like simple but really cool, like putting a pole in the ground and using that pole to determine the directions and all the alignments and you don't just build it random. You build, you orient it towards the, towards the sky like they always did. Um, that's a universal principle we find over and over, every continent where we find ancient sacred structures, they're orienting to the movements of the heavens.

• 1:13:42Shawn Ryan?

  Well, how would you, hold on, how do you do that with a pole then? And what are you orienting it to?

• 1:13:47Speaker 04

  Well, okay, so first thing you do is you put a pole in the ground and then you would draw a circle around it. Now, in the old days, they would use a knotted rope or a chain with links and you could determine the length of the chain by the number of links. And typically, a lot of the chains that came from Europe, they, the, the links were carefully manufactured to be point seven nine two degrees, which is interesting, um, because then you get certain numbers like seven thousand nine hundred and twenty inches, right? And that gives you some interesting geometric correlations, but anyways.

• 1:14:31Shawn Ryan?

  Like what?

• 1:14:33Speaker 04

  Well, correlations like, um, like one of the ancient units of measurement is a furlong. And the only place that I know that a furlong is still used today is in horse racing. It's one eighth of a mile, six hundred and sixty feet. Well, if you translate that into inches, it's seven thousand nine hundred and twenty inches. Now, interestingly, if you took the Earth, you know, the Earth is not perfectly spherical. It's rotating, so its mass moves towards the equator. It's called an oblate spheroid, right? So the diameter of the Earth varies by twenty-six miles.

• 1:15:16Speaker 04

  The equator is twenty-six miles longer than the polar diameter.

• 1:15:22Shawn Ryan?

  No shit, I had no idea.

• 1:15:24Speaker 04

  Yeah, hey, if it wasn't for that, man, we'd be screwed. The Earth would be wobbling all over the fucking place. Yeah, so you can think of it this way, if you traveled from the equator to the North Pole, you've gone downhill by thirteen miles.

• 1:15:38Shawn Ryan?

  Interesting.

• 1:15:39Speaker 04

  Yeah. So that oblateness, it acts like a flywheel that stabilizes the Earth, right? So it goes from equator, seven thousand nine hundred and twenty-six miles, give or take a little bit, pole, seven thousand nine hundred. Twenty-six miles different diameter. So if you go from the center, the geometric center of the Earth, out to the surface, you know, the difference is thirteen miles between equator and pole. But if you took a perfectly spherical Earth, the diameter of that perfectly spherical Earth

• 1:16:20Speaker 04

  that had the same surface area as the actual Earth, it'd be seven thousand nine hundred and twenty miles. Same number of miles as there is inches in a furlong. Now, you could argue, well, that's just a coincidence, of course. I mean, but interestingly, if you took and I, I, you know, in my building business, I have a fiberglass measuring tape. It's a hundred and fifty feet long. I've gone out into huge fields and parking lots and I've laid out a furlong. Right? I brought people out. We lay out six hundred and sixty feet. Like in a, in a pavement of a parking lot, then I mark off one inch.

• 1:17:03Speaker 04

  And I say, look at that inch. Now look at, and I'll have somebody walk all the way down six hundred. That's over two football fields. It's two football fields plus another hundred and twenty feet. Walk on all the way down to the end of that furlong and stand there. They're way down in the distance waving. Okay, so now look at that. Now we're going to mark out one inch and I have say here, do this, take your thumb. Put it down there and I take a piece of chalk and mark either side of their thumb. And I go, okay, there's one inch. That's where the inch came from. It was originally the, the digit of your thumb. Oh, good. Just like the foot. Just like the Cuban elbow to fingertip, right? That inch that we just marked to this furlong

• 1:17:48Speaker 04

  is the same ratio as one mile is to the diameter of the earth.

• 1:17:57Speaker 04

  That's a very interesting mental exercise to do. Yeah. Right? Yeah. But that number shows up in a bunch of other interesting places as well. There's a legend about Joseph of Arimathea, who was generally considered to be the uncle of Jesus Christ. And it was in his house that the Last Supper was held, right? Uh huh. Where Jesus had the cup and they drank, all, all the disciples drank of the cup. Um, and ate of the wafers. It was all ritualized.

• 1:18:34Speaker 04

  It was Joseph of Arimathea that went to Pontius Pilate after the crucifixion, and asked Pilate to release the body of Christ to him. And Pilate didn't, didn't believe that Jesus was already dead because he'd only been on the cross six hours. The crucifixion was designed to be a long, slow, agonizing death. So Pilate sends the centurion out, says, "Go see if he's actually dead." The tale goes, and you have to kind of piece it together from the four gospels. Centurion goes out, pierces the side of Christ, describes blood and water issuing forth,

• 1:19:16Speaker 04

  but there was no response from the, from the body hand cross. He goes back and he says, "Yeah, he's dead. I stuck him with the lance and he didn't respond. He's dead." So, so Pilate says to Joseph, "Yeah, go ahead, take the body." So he goes up there and he takes the body down. And according to the legend, now this isn't in the Bible, but according to the legend and the stories, he had this cup that was used at the Last Supper and he caught the blood in the water coming out of the side of Christ. He sealed it up, and after a whole series of adventures post crucifixion, he eventually makes his way to England. And he presents himself to tribal chieftain there

• 1:19:58Speaker 04

  named Aviragas. And he comes there with 12 disciples and he tells Aviragas he's there to establish a new church. And Aviragas gives him 12 hides of land.

• 1:20:14Speaker 04

  A hide is an ancient British unit of land measurement that's equal to 120 acres. So 12 hides of land means 1,440 acres. Now that's a Bible that has recurred reiteratively, reiteratively in the Bible. There's, there's in the Book of Revelations, it describes the holy city descending from God out of heaven. And it has a, it's 12,000 furlongs in the King James. "The length, the height, and the breadth of it are equal. The city lieth four square." And the length, the height, and the breadth of it are equal, twelve thousand furlongs. Okay, well, turn twelve thousand furlongs into feet, you get seven million nine hundred and twenty thousand feet.

• 1:20:57Speaker 04

  Lob the last three zeros off, and you've now got seven thousand nine hundred and twenty. Interesting. Now, Joseph Emerem Thea gets this sacred precinct. At the center of the sacred precinct, he builds a little circular church. Thirty-nine point six feet in diameter. How do we know that? Well, because every time the original circular church at the center of the sacred precinct, which was one thousand four hundred and forty acres, twelve times twelve hides of land, right? Every time it fell into disrepair, it was repaired or restored, and the original dimension of that circle was carefully preserved all the way down until the Middle Ages, a thousand years later.

• 1:21:41Speaker 04

  And an abbey was built there, and a small chapel was built adjacent to the abbey. And it was built in the form of a rectangle, but the width of that rectangle preserved the original diameter of that circular church that was at the center of the sacred precinct. Fourteen hundred and forty acres. Well, if you then take that fourteen hundred and forty acres and draw it as a square, we don't know for sure if it was a square, but if you did, that square on its side would be seven thousand nine hundred and twenty feet. So in other words, the inch to the furlong is the same as the mile to the earth.

• 1:22:26Speaker 04

  The foot to the side of the sacred precinct at Glastonbury, where this is happening in England, is the same. It's one foot to seven thousand nine hundred and twenty feet. So the foot is to the side of the sacred precinct in the same ratio.

• 1:22:46Speaker 04

  I could keep going with examples like this, see? And this is where it gets, to me, really kinda weird and bizarre. Because, you know, you're the skeptic, the reductionist, is gonna immediately knee-jerk say, "Ah, it's all just a coincidence, you're playing with numbers." But it happens over and over and over again. And it's almost as if there is this proportional template that, well, the way, you know, the way it's been described is the ancient master builders are attempting to replicate the processes by which God built the universe. This is why Freemasons refer to God as the great architect. Because God was working, God geometrizes.

• 1:23:29Speaker 04

  Sometimes Freemasons refer to God as the grand geometrician. That all of creation has this geometry inherent in it. And when you start looking, yeah, it's there. You can see it. Or, to the point where, no, you cannot dismiss this as coincidence anymore. There's some kind of a pattern here. And I don't claim to ultimately know what it is, but I can show examples, and in my classes and lectures and stuff, I show example after example after example, and how there's a certain set of numbers that recur over and over and over again, and they're found on sacred structures all over the world.

• 1:24:10Shawn Ryan?

  Yep, I've seen a lot of documentaries covering the pyramids.

• 1:24:15Speaker 04

  Yeah, have you seen the work of Robert Edward Grant?

• 1:24:23Shawn Ryan?

  I've been eyeing him up.

• 1:24:25Speaker 04

  Yeah, check out his work. He's done some amazing things on all the pyramids on the Giza Plateau. And again, what we, you mentioned earlier about moving big stones in frequencies, he's done some really interesting work showing. And I had a recent interview with him, I was on his podcast, and he showed me, and this is one of the few interviews I've ever done where the host talked more than I did, so.

• 1:24:54Speaker 04

  I was, I was all ears though. I was absorbing it and I would sit in there with my calculator, fact checking everything he's saying, you know, yeah, okay, yep. And then there was the overlap, you know, honing in on the number 432, which is interesting, 432 recurs over and over again. In, uh, in the Sumerian king lists, uh, the total number of a lot of the, the Sumerian, the total number of the 10 kings of ancient pre-Deluge or anti-Deluvian kings, the reign of the 10 kings, the mythical kings is 432,000 years.

• 1:25:35Speaker 04

  And then when you go to the Vedic traditions of India, um, you have the, what are called the yugas, these great grand cycles of global earth change. And they're all built upon a sequence that goes one, two, three, and four. And the, the shortest epoch is the Kali Yuga, 432,000 years. So from the Vedic tradition, it gets the same number as the total of the ten, the reigns of the 10 mythical kings in ancient Sumeria. Then you go double that, double that is 864,000, triple that is a 1,296,000. And if you lob a few zeros off

• 1:26:20Speaker 04

  that, you have 12,960, which is within one century of the last great global catastrophe, which was the Younger Dryas. Now, science has dated that event and said, yeah, here's this global catastrophe, without any reference at all to the fact that these numbers show up in ancient traditions, talking about these great epochal cycles of time.

• 1:26:46Shawn Ryan?

  What is the god frequency, Dean? Is it?

• 1:26:48Speaker 04

  I don't know what that is. I've heard of it and I, I, I don't know. I wish I could answer every question that everybody has, but I can't.

• 1:26:55Shawn Ryan?

  Yeah. I don't have my phone on me. Back to the, so, re- reason I'm, I'm curious, I told you I'm building the studio.

• 1:27:04Speaker 04

  Yeah.

• 1:27:04Shawn Ryan?

  So the pole.

• 1:27:06Speaker 04

  Okay.

• 1:27:06Shawn Ryan?

  What do you order with your buildings, too?

• 1:27:08Speaker 04

  You put the pole in the ground and then you choose a length, should be some sacred length, right? You draw a circle.

• 1:27:19Speaker 04

  Now, the pole should have a sharp point on the end. And now, when the sun rises in the east, it's gonna cast a shadow to the west. Right? Now, let's say the sun, you know, wherever it is, whatever time of year it is. If it's after summer solstice, it's gonna rise in the southeast. If it's before the summer solstice, it's gonna rise in the northeast. But in either case, as the sun is rising, if you've got a picture in your head, the sun is rising up. It's arcing over.

• 1:27:58Speaker 04

  Excuse me, at high noon, the sun, at solar noon, that sun is gonna be the highest in the sky that it's gonna be for that day. And then it swings down and it, it sets in the west. Okay? Now, as it's rising in the east, there's a long shadow that's cast to the west. Now, two things are happening as the sun is rising. The shadow is getting shorter, but it's also swinging around so that at high noon, when the sun is due south at its culminating point, as it's called, in its, in the arc of its position in the sky, the shadow of the pole is gonna be pointing due south. Right?

• 1:28:43Speaker 04

  So now, you've got, right there, you've got a southerly direction defined right there for you by the pole. Now, as the sun is rising, the shadow, it's like this, the sun is rising, the shadow is swinging around, but it's also getting shorter. So at some point, depending on how big your circle is and how far it is removed from the, from the pole, at some point, at some time during mid-morning, say, maybe nine o'clock, 10 o'clock, the shadow, which is getting shorter and shorter, you've drawn this circle around it, right? Now, the shadow's getting shorter, and the point of that shadow...

• 1:29:28Speaker 04

  When it touches the circle you've drawn, you drive a stake there into the ground. Now, the shadow gets shorter and shorter. It's going to be the shortest that it is at noon when it's due south. Then as the sun is setting in the west, the shadow is swinging around and growing long again. And then you gotta have somebody there, obviously, but then at the point when late afternoon, the shadow, the point of the shadow hits your circle, you drive a second stake there. You string a line between them and that's an east-west line. And now you've got your north-south axis and you've got your east-west line. And so now you've laid out the four cardinal directions.

• 1:30:09Speaker 04

  Now, from there, you can begin to use geometry to lay out whatever you want. You want a square, you use geometry. You want a rectangle, you want a circle, you want an ellipse. From that point, you're working, see now you've, you've created essentially the, the two fundamentals of a Cartesian coordinate system. An X-axis and a Y-axis, right?

• 1:30:30Shawn Ryan?

  Uh huh.

• 1:30:31Speaker 04

  And now you can lay out any geometry you want on it if you know the rules of geometry.

• 1:30:34Shawn Ryan?

  We're doing that. We're gonna do that.

• 1:30:37Speaker 04

  Absolutely.

• 1:30:37Shawn Ryan?

  I'm gonna call my builder out right now, Austin.

• 1:30:40Speaker 04

  Okay.

• 1:30:41Shawn Ryan?

  We're resetting those flags, buddy.

• 1:30:43Speaker 04

  I like that.

• 1:30:45Shawn Ryan?

  Yeah, that's cool. I love that. I gotta, I tell you what, I'm gonna, uh, I gotta get my phone here because...

• 1:30:54Shawn Ryan?

  Talking about all these numbers here, that's weird. It's 111. Uh...

• 1:30:58Speaker 04

  Oh. That's interesting.

• 1:31:01Shawn Ryan?

  I gotta know the god frequency here real quick.

• 1:31:06Speaker 04

  I've heard it, but I, I couldn't tell you what it was, though.

• 1:31:10Shawn Ryan?

  I'm into frequency stuff.

• 1:31:12Speaker 04

  Well, yeah.

• 1:31:17Shawn Ryan?

  963 hertz.

• 1:31:21Speaker 04

  963 hertz. Well, okay, so nine plus six plus three, that's 18. One plus eight is nine. The whole set of these numbers, pretty much like, think of it, 432, four plus three plus two, nine. 7920, seven plus nine plus two, 18. One plus eight is nine. Uh, we could go over and look at the, the Yugas. I said 864,000 for the Dalwapari Yuga. Eight plus six plus four, 18. One plus eight is nine. The Trade Yuga, 12,900, or 1,296,000.

• 1:32:02Speaker 04

  So one plus two, plus nine, plus six, 18. One plus eight is nine, over and over again.

• 1:32:09Shawn Ryan?

  Interesting.

• 1:32:10Speaker 04

  Yeah.

• 1:32:10Shawn Ryan?

  Um. Interesting.

• 1:32:12Speaker 04

  Let's see if I have something open here. Uh, here is the diatonic scale. So you've got, for example, the octave of C vibrates at 528 cycles per second. Five to eight, right? Uh, the, the G vibrates at 396 cycles per second. So there's G and there's C. Now, I said that the original circular church was 39.6 feet.

• 1:32:52Shawn Ryan?

  369, 369.

• 1:32:54Speaker 04

  396.

• 1:32:56Shawn Ryan?

  Well, those numbers just keep intermingling.

• 1:32:59Speaker 04

  Yeah. So take the 39.6 times 10, you have 396, which is the vibrational rate in cycles per second of G. C is 528. Add a zero onto that. Now you've got the number of feet in my, in a mile. Now where's the origin of the mile? I've looked it up. I've tried to find, nope, I can't find anything. It's just apparently very, very old. Now, we can go to Stonehenge and Stonehenge is laid out on a geometric template. If you draw a circle around the outer face of the big Sarson Stone, Sandstone circle.

• 1:33:40Speaker 04

  It's right at 105.6 feet. That's the diameter. So if I was going to recreate Stonehenge, I would draw and I would draw a circle 105.6 feet in diameter from a center.

• 1:33:54Speaker 04

  And then for the blue stone, which is a rhyolite stone,

• 1:34:00Speaker 04

  I would draw a circle that's 79.2 feet in diameter. Or the radius, my, my chain, my rope, whatever I'm using would be 39.6 feet in radius. And I would draw a circle and I would now have 79.2 feet. And that is the diameter of the blue stone circle within a few inches at Stonehenge. The outer surface, 105.6, multiply that times five, what do you get? You got a, a, a calculator on your phone?

• 1:34:30Shawn Ryan?

  I do.

• 1:34:31Speaker 04

  Try that. Put in 105.6 and multiply times five.

• 1:34:38Shawn Ryan?

  753.

• 1:34:40Speaker 04

  You sure?

• 1:34:42Shawn Ryan?

  105.

• 1:34:45Shawn Ryan?

  105.6.

• 1:34:47Speaker 04

  Times five.

• 1:34:48Shawn Ryan?

  Times five. 528, excuse me.

• 1:34:51Speaker 04

  There we go. Yeah. Five or, yeah, 528. Multiply it by, what did you multiply that by?

• 1:35:00Shawn Ryan?

  Five.

• 1:35:00Speaker 04

  Five. So if you multiply it by 50, you've got a mile.

• 1:35:05Shawn Ryan?

  Yeah. Yeah.

• 1:35:08Speaker 04

  Is that a coincidence?

• 1:35:09Shawn Ryan?

  No.

• 1:35:11Speaker 04

  And then the average distance between the Big Sarce and Stone Uprights, the lintel length is also 10.56 feet. So it looks like they were using a unit of measurement that was a sub multiple of a mile. When they built Stonehenge 4,000 some years ago.

• 1:35:30Shawn Ryan?

  What is Stonehenge?

• 1:35:31Speaker 04

  What is it? I think it's part of an ancient technology. And that's, that's the only thing that makes sense to me. I think all of these ancient structures that are using this orientation to the heavens, that's what they've got in common. They have a common geometry, a common orientation. And there's another factor too. It also seems that they're, they're not located randomly. They're placed auspiciously with respect to the geometry. The work of, what was his name? I've interviewed him.

• 1:36:05Speaker 04

  If I'd had more than four hours of sleep in two days, I would be a little bit quicker on the ball here. Um, um, it'll come to me to say, he's written a book, he's written a number of books on the geomantic principles behind the sighting of these ancient structures. And he's documented hundreds of sites and shows to a high, more than is coincidence, that they are located with respect to the geological structures, particularly fault lines in the earth, which opens up an interesting realm of possibilities because there's other research that suggests that- Frequency and vibration.

• 1:36:46Speaker 04

  Yes. And fault lines, you know, a fault line is different, say, than just a fracture. A fracture, you've got a crack in the earth that's static. But a fault line, those rocks are moving with respect to each other, under pressure. And that right there creates interesting possibilities about, in terms of the, the effects on the geomagnetic field. Um, I'm in the infancy of trying to figure this out. There's other people who've gone further than this than I have, but I think it's part of the whole, the whole canon of, of, uh, principles that are employed in these ancient sacred structures. Number one, you get somebody

• 1:37:26Speaker 04

  out, and I do, I'm a believer in geomancy. I've seen it work. In my building trades, I have seen what are called dowzers at work, and seen major companies, uh, government agencies, uh, others that have actually almost secretly employed water dowzers and, uh, diviners to determine what, my first experience was about 1974, 75, I got hired to build a pole barn. And so, the, the client had bought 15-

• 1:38:06Speaker 04

  Used telephone poles that he had and he called me and said, is there some way we can use these to build a barn? I said, yeah, well, let's build a pole barn. We'll just, we'll put, we'll put the poles into the ground vertically and then I'll just frame a structure onto this thing, you know? I'll run pearlands around to tie them all together. I can build a roof. I can finish it off, all of that. And um, he said, okay. So we had a, a building site there, uh, where, where I was going to build this barn. So back this, back then you could call Ma Bell. This was the, the telephone company that handled North Georgia, right? You call them up and they would charge eight dollars a pole.

• 1:38:51Speaker 04

  They would send their auger truck out. They would drill the hole and then they use their boom and they would set the pole for you. It's a pretty good deal, eight dollars. So we had 15 poles. So what I did was I went out and I figured out the layout of this and every place I was going to have a pole, I had, so I had it three rows of five each. That was the 15 and I remember they were what, like 15 feet apart or something. Anyways, at each point where I wanted to put a pole, I drove a stake in the ground. So I had 15 stakes in three rows. Call Ma Bell, the phone company, they, their auger truck comes out. There's two guys up in the front of the cab in their Ma Bell uniforms.

• 1:39:34Speaker 04

  And then in the, in the back, this guy gets out, he's real tall, skinny guy, might've been six, five, six, six. Overalls and an old wrinkled hat, carrying what looked like a violin case. Gets out of the back of the truck, comes walking down, looking aside over and these other two guys are standing up at the truck, waiting. And I'm going, okay, who, who's this guy? What's he doing? So I'm standing aside there, you know, while he's comes out, he opens up his case and he takes out two swing rods. Now, you know what swing rods are? I don't. Okay. So let me explain what a swing rod. Now, in, there's different ways you can make swing, swing rods, right?

• 1:40:16Speaker 04

  What he had done was he had taken the old fashioned automobile antennas. And, you know, the telescoping kind and had a little ball on the end. And he had two of those. And he'd cut it off so that the larger outer sleeve was about maybe this long to where you could grip it. And then he bent it at ninety degrees. And so it was free to swivel. So he had two of those. They're referred to in the, in the dowsing field as swing rods. Yeah, then I'm looking at him, I'm going, what the hell is this? What the hell is he doing? And I'm looking up at these guys and I'm, and they, they were kinda like, I remember they were kinda chuckling or something because I'm standing there, I got my tool belt on and, you know, like, I don't know.

• 1:41:01Speaker 04

  Well, and this is, I'm sure that they're not pulling my leg, you know? But anyway, so he goes and he starts walking with the swing rods, holding them in front of him, over each of the stakes I had driven in the ground. And as he walks, and now meanwhile, he's walking, they're just kinda gently swaying back and forth. He steps over them and as he'd step over each stake, he'd holler up to the guys at the truck, "Clear." He walked over all fifteen of my stakes in the ground and said, "Clear." Now, between me and the main house, there was a, like a garage building. And the driveway to the property came in and went to that garage building.

• 1:41:42Speaker 04

  And I knew that the water main came into the property somewhere along there. And it probably crossed the, the driveway to get to the house. So this guy, he goes walking over towards the driveway. And he gets about midway across the driveway. And I'm watching this whole time, I'm about as far away from him as, you know, probably one end to, to the other of this room we're in. All of a sudden, it like, almost as if somebody had grabbed the ends of those swing rods, yanked them into an X, and then they bent. They bent, like, I could see them bending,

• 1:42:24Speaker 04

  literally bending down. And then he took a couple of steps off, and they relaxed, straightened up, and went back to just... Then, what he did was he walked in a zigzag fashion, and every time he crossed, where the water main came in, he'd get a response. And I could see it. I could see the response. And it was, it was pretty impressive. And just then the owner comes out, and he says, "Yeah, yeah, I think the water main does come in right there." And I'm looking at it. "This is fucking interesting." Then he turns to me, says, "You wanna try it?"

• 1:43:07Speaker 04

  I look at the guys at the truck. "Sure, why not?" He gives me those swing rods, and I go walking. I stepped across that point, and I felt like I got, you know how you're like, if you get a strong charge of static electricity? That's what it felt like. I've actually heard of this before. Yeah. And, and, and I, it, it felt like somebody grabbed the ends of those rods, and swung them into an X. Now, I've tried it since then, and I've gotten a, a, a response, but never like that first time. I, I mean, I don't know, I was caught off guard or something. I was, and maybe it also had something to do with him being

• 1:43:48Speaker 04

  there. Right? Now, since then, I've known probably half a dozen other people. I gave several lectures to the Appalachian Society of Dowzers back in the 90s, and I got to know a bunch of these people that were like, literally like, contracting out to, to, you know, building contractors, to other things, literally people who were paying them money.

• 1:44:14Speaker 04

  And you know, if you read the scientific literature, you know, it's skeptical, it's, you know, it's, you know, they have these tests where statistically, there's no indication that there's any greater effect of that. But I totally think it has to do that there's really subjective things going on here. Because like, first of all, I've tried it a lot since then and gotten mild responses, but never anything like that first time. Where it was, it was shocking, it was actually shocking to me. But after that, I came to believe, yes, there are these energies and, and humans can detect them. We know animals detect changes in the geomagnetic field.

• 1:44:58Speaker 04

  And why is it so incredible that moving water underground, or moving water in a fault line, or two mineral or crystalline deposits moving into each other couldn't create enough anomalies or fluctuations in the geomagnetic field that they could be detected? And if you have people now, and, and back, I knew guys, I wasn't there, but I knew guys, friends of mine, or not friends of mine, but acquaintances of mine that were Marines in Vietnam. And they used dowzers to find landmines. Now, they would not have done, you can look up even online, there's still like photographs on, online of, of some of these guys.

• 1:45:42Speaker 04

  I heard about it, you know, this was years and years ago. I think I was telling people, somebody, like I had a, a friend who was my neighbor who was an ex-Marine. And I was telling him this story. He was my neighbor at the time this happened. And he said, oh yeah, we, we had guys in, in Vietnam that would use those to find underground tunnels, find landmines. And, um, yeah, and I've looked up online since then, you can actually see the pictures of these guys. So like, my thought was, okay, they would not be using this if it was just all BS. There's something to it. Now, circle around, I think these ancient builders were using something similar to determine,

• 1:46:25Speaker 04

  like for example, when they put that pole in the ground, it wasn't just placed randomly. Like, for example, you can look at some of the, some of the temples, like Shark Cathedral is a good example, which I highly recommend Shark Cathedral.

• 1:46:38Speaker 04

  There's a series of fault lines that intersect directly under the holy altar. And you can go down, there's a crypt down below the altar, you can go into and there's a well. And you can see right down into the well, the water table. Now, here's another interesting coincidence. If you take that flagstone pavement, which is the floor when you walk into the cathedral. The height of the vault, it's like roughly around 120 feet, above the paving stones of the floor. There's the same distance above as the water table is below.

• 1:47:16Speaker 04

  Is that a coincidence again? See, these kind of things, you can multiply them over and over and over again. You get to the point, well, okay, so maybe we should hypothesize that there's a method to this madness.

• 1:47:29Speaker 04

  I can't say that I know what it is. I think, you know, maybe we can recover. I mean, what I'm interested in doing is, and there's, like I mentioned, Robert Edward Grant and others that I know. I think we're kind of in this phase right now where it's essentially trying to reverse engineer what these peoples of long ago were up to with all of this stuff.

• 1:47:50Shawn Ryan?

  Yeah.

• 1:47:51Speaker 04

  And, um, and I ultimately think it's technological.

• 1:47:55Shawn Ryan?

  It's fascinating stuff, isn't it?

• 1:47:56Speaker 04

  Isn't it though?

• 1:47:57Shawn Ryan?

  Oh, yeah.

• 1:47:58Speaker 04

  Yeah, I mean, I got pictures I could pull up and show you right here of my, my 15 poles. I got, took pictures of it.

• 1:48:04Shawn Ryan?

  We'll get them from you and put them up on, on screen. I mean, that brings us into, I think, plasma technology.

• 1:48:13Speaker 04

  Yeah.

• 1:48:13Shawn Ryan?

  Lightning bolt technology.

• 1:48:15Speaker 04

  Yeah.

• 1:48:16Shawn Ryan?

  What is it?

• 1:48:17Speaker 04

  Lightning bolts, that's plasma, ball lightning. The sun is plasma, right? Um, aurora borealis, the northern lights is plasma. It's the fourth state of matter. It's what happens when the electrons and the neutrons become completely disassociated.

• 1:48:37Speaker 04

  Solid liquid gas, degrees of freedom between electrons and neutrons, right? Even in a gas, there's still, there's still bonds. But when you get to plasma, they completely break free. So now you have electrons, neutrons become ions. And because they're electrically charged, they can be influenced by magnetic fields. And they also have this tendency to self-organize under the right conditions. If you apply the right frequency, it's like they spontaneously organize into toroidal forms. And then what happens is that, you know, if you look at a torus in cross-section, it

• 1:49:21Speaker 04

  looks like an infinity sign. But picture kind of a donut. Here, here's what you do. Visualize a sphere with a north pole and a south pole. And now, let's say you collapse that sphere so that the north pole and the south pole meet at the equator. So now you've got this, like indentation in the north and the south. Like two cones. Yeah, like cones. If you, they're like cones, right? Well, what happens, and this is, this is, I'm rudimentary in understanding this, right? But what then happens is that you get this electron or ions or both stream that starts

• 1:50:03Speaker 04

  cycling down that, that, what do you want to call it? What did you just call it? Cone. A what? Cone. Cone. Starts slightly, yeah, perfect. Starts spiraling down that funnel. And as it's spiraling down, it's, it's increasing and increasing in rotational velocity. Now, in the northern hemisphere, say, it's going clockwise, and in the southern, it's going counterclockwise. And they meet at the equatorial plane. And that's where something really interesting happens that I don't understand. But you've got this accelerating rotation, faster and faster, coming down literally to

• 1:50:48Speaker 04

  the microscopic level. And then those two whirling vortices meet each other.

• 1:50:57Speaker 04

  Something happens there that's almost supernatural. And I can't claim to know what it is. But that's the basis of the of the plasma technology. And

• 1:51:11Speaker 04

  that creates, well, in the machines that are being developed, they work by generating microscopic cavitation bubbles. And then those cavitation bubbles are subject to very rapid vacuum and pressure, vacuum and pressure. Because if they're fed into like, say, a a a a generator or a combustion

• 1:51:40Speaker 04

  fossil fuel based, any engine of any kind, where you've got pistons moving up and down. The movement down will create a compression phase, and then the moving up will create a a vacuum phase. And what will happen is the microscopic bubbles, the cavitation bubbles, collapse on their axes. They form these perfect toruses that now initiate this self-organization process of the plasmoids. And they can now be harvested from that

• 1:52:17Speaker 04

  in that machine that's creating these bubbles. And then they're fed into a series of tubes and cylinders and spheres that are carefully machined to very specific and precise ratios. And it's, for example, one end, you've got a sphere with an opening in it. And the plasmas are fed into that under high pressure. And in that sphere, they start whirling. And there's a thing that's, and I'm still trying to understand how it works, the Hilch vortex tube, which can actually create

• 1:52:59Speaker 04

  two vortices, one whirling one way, and then another one inside it whirling the other way. And it can actually separate. You can feed in.

• 1:53:13Speaker 04

  Air at room temperature and it separates that into a hot and cold end and that differential can be up to a couple of hundred degrees difference. Again, I can, we can pull up and I can provide you with the, the graphics and stuff to, to help understand this. The thunderstorm generator, so-called, works on the same principle. Except what, what it does is it creates, it has a cylinder that's within a cylinder, within a cylinder, a sphere, within a sphere, within a sphere. Now here's where it gets interesting is because, okay, you feed the plasmas in, they start this whirling.

• 1:53:55Speaker 04

  And one vortex whirls down one direction, the other is fed in, it whirls in the other direction and then they're both fed back to where they meet. So you've got this cold and this hot front meeting. That's why it's called a thunderstorm because it's operating on the same principle as like a cold front and then, like cold, what happens? So the cold front meets a hot front or a warm front and it discharges, begins discharging lightning, starts discharging plasmas. Right? So this thunderstorm generator can now be hooked up to any kind of internal combustion engine, to a generator, um, and something really bizarre happens.

• 1:54:40Speaker 04

  And I've, I was reluctant to talk about it, you know, I went on Rogan's show, um, with Graham Hancock a year ago, last November. And I had already been in contact with Malcolm, one of the preeminent inventors and, and developers of technological applications of plasmas.

• 1:55:04Speaker 04

  I hadn't decided yet whether he was for real or not, but I'd been talking to him distance for over seven years and his story never changed. Right? And I took careful note of that and I began looking at some of the things that he claimed as sources and they all checked out, going back to Nikola Tesla, right? Coming up through like half a dozen other researchers that had had worked in some capacity trying to develop technologies around this plasma energy, like learning how to contain plasma and then extract energy from it. Um, so then, and I'm not going to get into all the details because it's a pretty wild story, but, um.

• 1:55:50Speaker 04

  I love the details.

• 1:55:53Speaker 04

  I know, but I'm like, okay, so I go on Rogan with Graham Hancock. And Graham invited me to go on with him. We'd been on there before several, multiple times and I had, you know, when Graham was researching his books and stuff in at least one case, I'd been out in the field with him at least a couple of times, guiding him and showing him evidence in the landscape for these tremendous catastrophic events, which he then documents like in the book Magicians of the Gods. I think there's two chapters in there devoted to our travels together and the things that I was showing him. Well, anyways, before we go in, he says, you know, um, because you know Graham has

• 1:56:35Speaker 04

  been attacked left and right by the mainstream guys, the archaeological establishment. And all he says, let's not get into, on this one, let's not get into talking about ancient technology. Okay. If you don't want to, I'm fine. I'm happy to talk about mass extinctions or giant floods or asteroid impacts or whatever. I'm sure. Yeah. Well, then the issue came up of the ancient builders and how they moved 200 ton stones. So Joe is like, well, did they have some technological means? And if you go back and watch that November show from like, they kind of like both look at me.

• 1:57:17Speaker 04

  Uh, well, wait a minute now, I'm thinking, I just said I was not gonna talk about that, right? So I kind of, I was evasive. Uh, but Joe, you can, you can, like, you'll see, like, I'm trying to not talk about Joe. No, whoa, whoa, whoa, come on, what, what do you, you know? So I mentioned that, well, I'd been talking to this inventor for about seven years and he's been developing these technologies, using plasma, and it's frequency-based, right? And at this point, I already knew that the thunderstorm generator, and I'll show you pictures of one now that's been retrofitted on a 300 kilowatt generator on a substation outside of London. And they're testing the damn thing.

• 1:57:58Speaker 04

  And it works, does what it's predicted to do, right? I mentioned that he was on an island where he'd gone because there had actually been a couple of attempts on his life. So he, he'd been in, he was an oil prospector. And he discovered oil in Tasmania, and one of the big oil companies was trying to wrest the license away from him. So they did a whole smear job against him, started paying off journalists and Tasmanian government officials and stuff to, and, and trying to create, you know, portray him as a, as a grifter and all this to, to scare away investors, because they were trying to, this company had overstated their reserves by about 30%, and they were gonna get in some major trouble.

• 1:58:43Speaker 04

  And they did get in major trouble, and 2003, the entire board of this company resigned. Um, and I, I've double-checked that. Now, one of the things that's leading up to this, when I'm still like, okay, should I be believing all of this? Well, here, well, I mean, before I jump to that, like, so, so I kinda outed the guy inadvertently, because he had told me that because of what the, the history of these kind of alternative energies not making it out, he decided he was gonna use a different strategy. He was gonna open-source everything.

• 1:59:20Speaker 04

  All of his notes and he had spent seven years writing up his notes, several thousand pages of notes and schematics and diagrams. He had patent applications. All of this, he was going to open source. And he asked me, because he had no connections and I had already was building up quite a audience. And he asked me, when he first called me, he said, he told me this, he said, I've been working on this plasma energy and it's based on frequencies and these frequencies are connected to these ancient sacred numbers. And he said, I watched a podcast and it was you giving a lecture and you were talking about ancient numbers

• 2:00:03Speaker 04

  and the numbers you were mentioning were exactly the numbers that I found made this technology work. For example, the ratios of the spheres have to be in the, in the ratio four to three to two. And if they weren't in those proper ratios, you didn't get the effect. Right? So he's telling me all of this and saying, said, you know, the reason I'm reaching out to you is because I'm thinking you're probably one of the only people in the world I can talk to about what I'm doing. Well, I'm honored if, if this is all real.

• 2:00:41Speaker 04

  Well, so after I'm on Rogan, I outed him. Now he was off traveling somewhere and he got so freaked out, he never went back to his laboratory. He came right over to America. And I was scheduled, now this, uh, so this would have been November, a year ago, November. So I also mentioned the car manufacturer Mazda, who had expressed interest in the technology. Now, I don't think they've gone forward with it, but at the time I didn't realize, because I thought he'd given me the green light. I'm going to open source

• 2:01:24Speaker 04

  it. So, you know, I'm going to put it all out there. Yeah. Okay. So, um, turns out that, um,

• 2:01:33Speaker 04

  He had a, and his small group of potential investors had signed a nondisclosure agreement with Mazda. And here I am on Joe Roken, shooting my big mouth off, you know, innocently blabbing away. So, like, the next day, within a day or two, I get a call from Roland Perry. He was probably Australia's bestselling author, and he's also an investigative reporter and has some pretty high-level connections with Australian intelligence and so on. I get a call from this guy, and he's telling me, "Well, you know, you just outed Malcolm, but it's cool.

• 2:02:14Speaker 04

  It's gonna be okay, because, don't get freaked out, you know." So, one of the high-ups, a guy who was with, um, fellow who has a international passport with World Bank, who's one of the people who are involved in looking at this technology. I didn't realize this. He had jumped on a flight and immediately went to Japan to do damage control from me shooting my big mouth off. But it turned out, okay, I guess, because within a few days, their stock went up. Very interesting. Yeah. But, so, he came to America. I was, uh, I had scheduled to go down to do an interview with Tucker Carlson.

• 2:02:59Speaker 04

  So I went down to his studio in, in Florida, Boca Grand, just south of Sarasota. Was in the hotel there, and the inventor shows up, Malcolm, he shows up. So, I stayed a few extra days. We went through a lot of stuff. I left, went back to Atlanta, he stayed on. It turned out, he went and got a beachfront, a room in a beachfront resort, and it turned out the manager of the place was...

• 2:03:28Speaker 04

  A Randall Carlson fan. So he gave Malcolm the run of the place and it a lot of it they had had a restaurant and all this there that had closed down during covid. So he gave Malcolm the keys, said use it for whatever you want. So we set up a little like a mini podcast studio in there. And we then had an interview with a man by the name of Tom Carpenter, who is the founder of the India Foundation, which is a liaison between the French government and the Indian government. So we had this interview with him. He took it took this information to the Indian government. And they were very interested in it. So now I'm going to skip

• 2:04:12Speaker 04

  some of the details, but fast forward to last summer. Now, okay, so so Joe asked me to come back on to talk about the the technology. So we agreed to I would come back in in February. And then so I went back on Joe's show, but Malcolm, the inventor, was here in America. And he came up to Atlanta to tutor me in the technology. So we put together a big slideshow, over 200 slides, which I have right here on mine. And then he gave a series of lectures

• 2:04:56Speaker 04

  as he then went through the slides, he gave lectures on that. And so then I had this invitation to go back on Joe's to talk about the technology. Well, here I had the inventor right here with me. So I contacted Joe and I said, I've got the inventor with me. You want to bring him on? He said, sure. So myself, him, George Howard, who I mentioned earlier, runs the Cosmic Tusk website and so on, he went with. Couple of other friends that went with, we drove down there and I did, went in there myself and Malcolm sat down and Jamie had found this stuff from the nineties and early

• 2:05:41Speaker 04

  two thousands online where goes back to this controversy where they were trying to get the license away from Malcolm.

• 2:05:53Shawn Ryan?

  Interesting.

• 2:05:54Speaker 04

  So it was basically a series of hit pieces that I had already, I'd had this conversation with Roland Perry in his long, he called me, we had this long conversation and he said, "Yeah, I spent four years investigating Malcolm. So all the stuff he's telling you is real and I've seen the technology work." Okay, and I knew it was Roland Perry, I mean, he sent me links and, you know, I watched videos that he was on. So that boosted my confidence quite a bit that this was all real. But basically what happened was I had this slideshow we had put together and this

• 2:06:36Speaker 04

  paperwork Jamie puts on, so Joe was looking at this stuff when we just walk in. Now he knows nothing about any of this except what he's seeing is that, you know, trying to portray Malcolm as a religious nut and a bunch of other weird stuff that I had already seen, you know, and I'd talked about it with Roland Perry and he'd said, "Yeah, this was all part of this smear campaign, just like they've done with Graham Hancock, just like they've done with all these people, you know, you tried to discredit them." But the key here is this, even if all that was true, which it isn't, but even if it was, the technology works. His invention works, okay? So we went on the show and Joe...

• 2:07:24Speaker 04

  You know, saw this stuff and thought, okay, who is this guy that Randall's brought in here? He's a, he's a grifter. So it got contentious. And I'm, if it ever airs, you'll see me constantly trying to steer the conversation. I've got the slideshow open there. I'm saying, come on, guys, let's look at the science here. Yeah. But they were going at each other. And when it was over, we go out and Joe calls me aside and says, hey. And, and, and the thing is, is by the end of this, I'm thinking, you know, people are gonna go, oh, gosh, Randall is, you know, promoting this grifter. He's promoting this con man. And I'm thinking, oh, shit, what, you know? I'm already thinking about the ramifications of this.

• 2:08:08Speaker 04

  And I'm going, man, this is, this is gonna be, this is gonna throw serious upheaval in my life. And then Joe calls me to the side as we're going out and he says, hey, be okay with you if I sat on this for a while while I figure out? And I said, it was like, yeah. Sit on as long as you want. Um, and so it never has, it never has aired, which is fine with me because it was, it just, it got so off track. Um, and I wanted to stick to the science. Now, I knew at the time, this is February, a year ago last month. I knew that there was a whole series of testing coming up the next summer, which was last summer. And I was present at some of these tests and saw for myself what was happening.

• 2:08:54Speaker 04

  And was able to, there with one, an admiral, a retired admiral from the Indian Navy, flew all the way over from India to, to be there present at this testing. That was at a major industrial laboratory at one of the research labs out in Raleigh, North Carolina. And that's all at this point that I can say about it. But until the final test results are published. But I was there, saw it working, saw two generators, a control generator and one with the technology. I watched as the engineers and the scientists there calibrated them both. And then I was the one who went up and started both generators, they're both in two separate rooms.

• 2:09:41Speaker 04

  Um, started the technology on one of the generators. And so we've got readouts. We've got, we've got gas analyzers there. Probes going up into the exhaust of the generators. We've got a couple of guys there with mass spectrometers hooked up. So we've got multiple ways of determining what's coming out of the exhaust pipes of these two generators, right? Yeah. We flipped, I go up there and I flipped the switch on the one that has the, the thunderstorm. I'll call it the thunderstorm, the plasma generating retrofit to it. And we watched, so we got a first read. I can show you, actually, I've got a printout of the, the readouts right here on my computer. Really? Yeah, I do.

• 2:10:26Speaker 04

  And you can see, um, the, uh, you've got, it was the, I think it's called a cane five something because it, it, it, uh, measures five gases. Carbon dioxide, carbon monoxide, nitrous, nitrogen oxide, other methane, other hydrocarbons, probably like methane and whatever else and oxygen. Okay? So flip the technology on. You can sit there, I can watch the mass spectrometer, I can watch the gas analyzer. You're looking at like 10% or parts per million. Uh, let's see.

• 2:11:06Speaker 04

  Carbon, carbon dioxide, carbon monoxide and oxygen were in percentages. Methane and nitrogen oxide were in parts per million. So basically oxygen is like at a four or five percent coming out of the, the, the exhaust, which is about typical for a generator like that. You got, I think like 10, 11 was 12% of CO2, CO, um, et cetera. So as you're watching it, here's what happens. The carbon dioxide, carbon monoxide, methane, uh, hydrocarbons and nitrogen oxides start going down, oxygen starts coming up.

• 2:11:51Speaker 04

  Interesting. CO2 zeroes out, carbon monoxide zeroes out. The nitrogen oxides go down to just a few parts per million, as does the other hydrocarbons. Oxygen tops out at over twenty, I don't remember exactly, between twenty and twenty-one percent. Which is optimum percentage of oxygen for pure, unpolluted air. So what is now coming out of the generator, the, the, the generator with the technology is pure, unpolluted air. No kidding. No kidding.

• 2:12:31Speaker 04

  No kidding. Yeah. On top of that, if, what it's doing, it's capturing everything that's coming out. And it's feeding it back into the thunderstorm generator. So at the initial, it, you, in order to get the, the plasma separation to occur, it, I think you have to get it up to like seven hundred and some degrees.

• 2:12:54Speaker 04

  But once you do that, it's almost, not quite, but almost self-perpetuating. And you just have to replenish the water. Like I forget however few hundred hours that it runs, you have to replenish the water. And that's it.

• 2:13:10Speaker 04

  Man, and you've seen this? Oh, yeah, I've seen it.

• 2:13:16Speaker 04

  And I've known, you know, multiple people now that have seen it. The Admiral, he took it back to India. India is seriously looking at it and as, as a retrofit for their navy. Man. The, the industrial, and I can show you this on the computer too. I've got photographs of like the, the big industrial scale application on the three hundred kilowatt Perkins generator on the substation in London.

• 2:13:43Speaker 04

  I mean, they're they're testing it and and and they may start retrofitting all of their gen- because it doubles to triples the efficiency of these engines.

• 2:13:54Shawn Ryan?

  Wow.

• 2:13:55Speaker 04

  Yeah.

• 2:13:57Shawn Ryan?

  Wow. And you think that they had this back in ancient times?

• 2:14:01Speaker 04

  Some iteration of it, I suspect. I suspect. And here, now, it just gets more bizarre as we go on. When you create these vortexes, you start this spiral motion inside the sphere and then it travels down. So you've got an outer cylinder and an inner cylinder. And one vortex is be- inside the outer, but outside the inner. Does that make sense?

• 2:14:28Shawn Ryan?

  Yeah.

• 2:14:29Speaker 04

  Then the next vortex going in the opposite direction and the opposite spin is inside the next cylinder.

• 2:14:37Shawn Ryan?

  Okay.

• 2:14:38Speaker 04

  Now, in order to transition from, and again, and I can show you this on here, I cause I got photographs of all the components, how they fit together, videos of them being assembled in the machine shops, right here on this laptop, so you can see it. Um, you can't, like, if you have a sphere and you just cut a round hole in it, you stick a cylinder on to it, it's got this, like, sharp edge, and that would induce turbulence that would affect this coherent, organized vortex that forms. So you have to have a transition

• 2:15:15Speaker 04

  between the cylinder and the sphere to prevent that turbulence from being introduced. Experimentation has shown that one angle seems to be optimum for minimizing the introduction of the turbulence. What do you think that angle is?

• 2:15:37Speaker 04

  I don't know. Fifty-one point eight-four degrees. Slope to base of Khufu's pyramid.

• 2:15:48Speaker 04

  Another coincidence?

• 2:15:51Speaker 04

  I don't know. But that leads me to think, okay. I've suspected all along that these pyramids and these structures are part of an ancient technological system. Probably somewhere along the lines of the principles of Nikola Tesla. Right? Who was able to generate energy by setting up some kind of a relationship between the Earth and the ionosphere.

• 2:16:18Speaker 04

  I don't know what's going on there. I'm still trying to figure out, listen, I'm in, I was in kindergarten two years ago, now I'm in first grade. But when I was there at this testing, I'm seeing these scientists, physicists and engineers and stuff, they're all scratching their heads. Going, okay, we see, we see this, but they've been struggling for a year now to explain what is actually happening. There's a fellow by the name of Bob Greener, who I think has probably come as close as anybody. He's head of the Martin Fleischman Memorial Project. Martin Fleischman was one of the pioneers in these alternative energies, particularly working with plasma. Brilliant, brilliant mind.

• 2:17:01Speaker 04

  He came on board about a year ago. And he was at a, there was a Tesla tech conference in, uh, last summer in Albuquerque. And my, my pal and, and partner in howtube.com, uh, did the live streaming out to, I don't know, a couple of thousand people around the world that paid to, to be able to witness. And what they did in front of a live audience on a stage is they brought in a generator and retrofitted it right there. And as a result of that, several things happened. From there, it went to this research lab in North Carolina. From there, it went to a conference in Zurich where it was presented.

• 2:17:46Speaker 04

  Malcolm then went and spent two months in India.

• 2:17:51Speaker 04

  Demonstrating and building prototypes. And so, I mean, this is the phase where it's at now. Um, let's see, what else?

• 2:18:01Shawn Ryan?

  They're really looking at this.

• 2:18:03Speaker 04

  What?

• 2:18:04Shawn Ryan?

  People are really paying attention to this.

• 2:18:06Speaker 04

  People are starting to pay attention to this. Yeah, that's exactly right. So, ah, there's a really interesting video that I would recommend watching. It's an interview with the gentleman is named George Lush. He works in high-performance metals. He contracts, he's third generation or company, I think, was founded in 1951. He's contracted to the aerospace industry and NASA and all of this. These, these high-performance alloys and stuff. And he did the annealing of this thunderstorm generator in England. And there's an interview, like a 20-minute interview with him afterwards.

• 2:18:48Speaker 04

  And it's really worth watching because he's like, he says, "I'm the biggest skeptic around. And what I saw can't happen. What I saw is impossible, but I saw it." He's there with his, uh, he had a thermal analyzer. And we've got videos of him here and there testing as this stream of stuff is moving through these cylinders and pipes and stuff. And literally with four inches, the temperature can change by over 100 degrees Fahrenheit. And he says, "This is impossible." He says, "I kept, I kept testing and testing and testing with my thermal analyzer,

• 2:19:32Speaker 04

  and it came up the same every time." He says, "I'm not sure what..." He says, "We're like, we're just at the beginning of trying to figure out what the hell is happening here." But then he went in to discuss the potential applications of it. Now, one of the big questions is, is okay, when you do look at these readouts, okay, carbon dioxide, carbon monoxide, the other things go down. In some cases, zero out. In other cases, it's, doesn't zero out entirely, but it's only a small fraction of what it had been. Meanwhile, the oxygen's gone up. So then the question, okay, where did the carbon dioxide go? Where'd the carbon monoxide go?

• 2:20:15Speaker 04

  Well, it looks like it somehow got transmuted on the atomic level into oxygen.

• 2:20:24Speaker 04

  And how bizarre that the that the concentration of oxygen coming out of the exhaust pipes is the optimum oxygen that we would want for unpolluted breathable air.

• 2:20:42Speaker 04

  And that's what's coming out. Man, that is. And and George Howard was there. I watched him do this. He got down with his mouth right there and started huffing the plasmoids or whatever coming out, you know, to show, yeah. He did the same thing at the Tesla tech conference in Albuquerque. We've got it on video, him getting down there and huffing. It's a running joke now, you know, that he got down there and was and they initially started up the the generator on the stage. And within, once the generator got warmed up, the fumes coming out got so strong that they had to move the generator out onto the loading dock.

• 2:21:25Speaker 04

  Then they turned the technology on and within a few minutes, instead of all this pollutant and stuff coming out, it's air.

• 2:21:37Speaker 04

  Man. Yeah. Well, I'm gonna lay it all on you. That's wild. I'll give you I'll give you the the whole the links. You can go and and there's a fellow in Australia, a young guy doing research named Jordan Collins. Jordan Collins. He's called his his website's called Alchemical Science. He's done a really great breakdown and analysis of the whole thing. And he's got ideas about what he thinks how it's working. But he's been actually in contact with Roland Perry. There's a video that you can also get. I'll give you the link that you can. It was made about five years ago where they first did a retrofit of a car.

• 2:22:17Speaker 04

  retrofitting an internal combustion engine and Roland Perry is there interviewing the two mechanics who had just completed the retrofit and it's not a big deal at all and then he's test driving the car at the end of it so Jordan Collins who's also in Australia goes down and met Roland Perry in the machine shop where they did this and they're talking about the car you know it's been sitting there for a number of years now but talking about how you know what would be involved in retrofitting lots of cars George lush the the annealer um the the the um

• 2:22:58Speaker 04

  high-performance metal guy he uh in the end of his interview he talks about the potential application says well think about this if you put these this technology on cars you know you got billions of cars all over you got hundreds of thousands of cars driving down city streets and they're putting out all of this stuff right with this technology they're putting out air yeah putting out air that would eliminate fossil fuels almost but not quite fossil fuels would have them but see at this point they're using fossil

• 2:23:40Speaker 04

  fuels to get those initial uh temperatures to set the whole process in motion um but there's other applications that look like they could be I mean some of the stuff that I've seen some of these guys talking about is space travel submarines um possibly even the conversion of

• 2:24:06Speaker 04

  um hydrocarbon based pollution and oceans into protein which could be very interesting yeah and I don't know much about that but that's one of the potential applications um that's already been demonstrated to be possible

• 2:24:26Speaker 04

  So like I said, I'm still in first grade. Maybe I'm about to graduate to second grade, but I've got a lot to learn yet. So, you know, we can carry on this conversation. And if you're interested in keeping up with the developments, man, I'd love to keep you in the loop.

• 2:24:42Shawn Ryan?

  Yeah.

• 2:24:42Speaker 04

  Because it's exciting.

• 2:24:44Shawn Ryan?

  I would love to hear more about it.

• 2:24:45Speaker 04

  Yeah.

• 2:24:46Shawn Ryan?

  On that note, let's take a quick break.

• 2:24:48Speaker 04

  Okay.

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• 2:25:56Shawn Ryan?

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• 2:26:41Shawn Ryan?

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• 2:27:25Shawn Ryan?

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• 2:28:47Shawn Ryan?

  All right, Randall, I got a couple of questions and we had a, you showed me a couple of slides off camera here.

• 2:28:52Speaker 04

  Yes, I did.

• 2:28:53Shawn Ryan?

  Why don't we just start with the, with the, with the clean energy, the clean emissions? You had a great slide that showed what?

• 2:29:01Speaker 04

  Yes, yes, I did. Well, this was part of the testing that was done last summer. There's been four or five tests now that have been done showing various results. And the slide that I showed you was last summer, it was a generator, should be right about, well, where is it? Should be right about here, just about coming up. And what this did, what this, here we go. So this was, this was a generator. This generator here was a Honda run by a gasoline generator. So it's a Honda jet, small, the kind you could actually use in a small, in a small shop or even as a home generator, right?

• 2:29:45Speaker 04

  Now, so what, what we did was we had two rooms with two generators. One to be left normal and the other one to be retrofitted with the plasma technology, right? So this is in a large scale, and this is in an industrial laboratory, right? There's about 10 or 10 or 12 people there, various backgrounds, scientific and engineering and industry professionals in the, in the group, including me, I was there. I got invited out, so I, hell yeah, I want to see this thing, you know? Because a lot of people have said to me, "Well, have you ever seen this working?"

• 2:30:26Speaker 04

  I said, "Well, no, but I've, I know some credible people that have seen it working and vouch for it." But yeah, so I'm going to go, I want to see it for myself. So.

• 2:30:37Speaker 04

  Went out there, so they ran both generators, calibrated them, looked at the emissions coming out of them, calibrated them, they were essentially the same. And then one of them was retrofitted, went to technology, right? So, with everybody standing around, turned both generators on, and gotta let the generators warm up a minute, right? And then, once the generators are warm, the one generator which had the technology on it, there's a switch to turn the technology on, and it just run in line with the exhaust and the carburetor, and, you know, I can provide you with a slide with some diagrams that shows you the the hookup of the thing. It's actually pretty simple.

• 2:31:23Speaker 04

  Okay, so I flipped the switch to turn the technology on, and I flipped the switch at 11 minutes and 53 seconds after 10 a.m. in the morning. Okay, so now, at this point, we've got a gas analyzer in both generators, and we've got mass spectrometers hooked up to both generators. So, you know, the guys are sitting there with their mass spectrometers, you could see the changing real time, I could watch there on the the computer screen, right? So, when I turned the technology on, there was, and it's called a CAN, let's see, what is it, CAN5 analyzer, something,

• 2:32:05Speaker 04

  because it can measure concentrations of five different gases. So you've got carbon dioxide, carbon monoxide, oxygen, other hydrocarbons, which probably is mainly methane, but then also nitrogen oxide, so those five, right? So, carbon monoxide, carbon dioxide and oxygen are being measured in percentage, and hydrocarbons and nitrous oxides are measured in parts per million, okay? So now, at the point where we're about ready to turn the technology on, the emissions are showing that 9.3%

• 2:32:50Speaker 04

  coming out of the exhaust is carbon dioxide, 9.3%. Carbon monoxide is showing 5.48%.

• 2:33:02Speaker 04

  Oxygen is showing 4.66%. Hydrocarbons, 199 parts per million. And nitrous oxide, nitrogen oxides, uh, 27 parts per million. This is at 11 minutes and 53 seconds after 10 o'clock. Flip the switch. Technology now activates.

• 2:33:26Speaker 04

  At 15 minutes and 39 seconds after 10 o'clock.

• 2:33:32Speaker 04

  What's coming out, and you, you've seen this now.

• 2:33:34Shawn Ryan?

  Uh huh.

• 2:33:34Speaker 04

  So I'm describing, but you've seen it here, and this is the actual printout, right from the, from the testing. At 15 minutes after 10 o'clock. Carbon dioxide has gone from 9.3% to zero.

• 2:33:51Speaker 04

  Carbon monoxide has gone from 5.8, 5.48% to zero.

• 2:33:58Speaker 04

  Hydrocarbons have gone from 199 parts per million to 58 parts per million. And nitrous oxides have gone from 27 parts per million to 4 parts per million. And oxygen has gone from 4.66% to 20.97%.

• 2:34:18Shawn Ryan?

  Interesting. So this is clean.

• 2:34:21Speaker 04

  So. Don't ask me to explain what's going on here, other than something on the atomic level.

• 2:34:30Speaker 04

  There's a, some thoughts out there that essentially, what we're seeing here is almost like proof of alchemy. We're seeing transmutation, and I'm not making definitive declaration that this is what it is. It's just what it appears to be. That there's a, a transmutation of elements on the atomic level, because the question becomes, okay, if you had 9.3% carbon dioxide, zero, what happened to the carbon dioxide?

• 2:34:58Speaker 04

  What happened to the carbon monoxide?

• 2:35:01Speaker 04

  They're gone, they're, they're gone. Well, where did all that extra oxygen come? We're talking about, let's see, from 4.66% to 20.97. So, almost five times the concentration of oxygen is now coming out of that exhaust. Is it possible? I mean, is it even conceivable? That somehow, the carbon dioxide, carbon monoxide, hydrocarbons, nitrous oxides, were broken down at the atomic level and transmuted into oxygen? I don't know. I don't know, and I know there's a lot of really smart people, who are right now trying to figure out what the fuck this means.

• 2:35:45Shawn Ryan?

  So...

• 2:35:48Shawn Ryan?

  Wow.

• 2:35:49Speaker 04

  Now-

• 2:35:49Shawn Ryan?

  How is this hooked up to the generators?

• 2:35:52Speaker 04

  Uh, well, you've got, and you've got an intake of fresh air, and then it's recycling, it's taking the stuff that would be exhausted, and refeeding it back into the, the thunderstorm generator, which is one of the three components of the whole technology. You've got a pre-ionization chamber, where the air is drawn in, just ambient air is drawn into this chamber, and it's subjected to infrared light at roughly 100 microns, right? That, it, it pre-excites the electrons in the atoms coming in.

• 2:36:33Speaker 04

  It is then fed into what is called, we're calling the bubbler. And this is the, the instrument where billions of microscopic bubbles are created. That's fed into the thunderstorm generator, where I was describing earlier, is a series of concentric spheres and rings, that set up this vortex, this whirling vortex, in opposite, uh-

• 2:37:02Speaker 04

  From clockwise to counterclockwise and when we, you know, if you get me back, we can figure out a way to like share some graphics and images so people can see at home. And what I'm interested in is getting a lot of minds on this because I think the more brains we've got on this, we're going to be sooner, we're going to be able to figure out what the hell is going on here. So I mean, we, we can, we can hook this thing up. We can run the tests. We can see the results of the tests. And now you've got like 10 guys standing there with various backgrounds, scientific backgrounds, engineering backgrounds, industry professionals, all scratching their heads going, okay, what the hell is going on here?

• 2:37:47Shawn Ryan?

  I'm getting a little confused. Is this, is this powering the generators or cleaning the emissions?

• 2:37:53Speaker 04

  Both.

• 2:37:53Shawn Ryan?

  Or both?

• 2:37:55Speaker 04

  Both. Yeah. But it does. So it requires fossil fuels initially because in order to, uh, generate the plasmas in the first place, I think it's like 700 and some degrees. But then once the process has started, it's almost, not quite, but it's almost self-perpetuating.

• 2:38:17Speaker 04

  Almost.

• 2:38:18Shawn Ryan?

  Wow.

• 2:38:19Speaker 04

  And I think, you know, I would recommend, like I showed you, uh, Alchemical Science, Jordan Collin has done a really good, and he's, he's got, he's ahead of me on this one. Um, because he's been able to focus almost full time for the last, whatever, four to six months on this. So he's, he's got some really interesting ideas and he's also been communicating with the inventor, Malcolm Bendel, uh, prolifically. Um, so he's got some interesting ideas about what's going on and I would recommend going to his site, Alchemical Science, um, and watching, he's got like six or seven or eight videos now he's done, where he's really breaking it down and, and explaining what he thinks is going on.

• 2:39:02Speaker 04

  Then there's, there's others I would recommend. Strikefoundation地earth has got video clips up there and that's the nonprofit organization that was created to try to put this technology out to the world. Now, there are several patents that are, have actually, I think, been approved now. Applications of the technology. But I kind of look at this almost as analogous to, you know, 120, 130 years ago where we were with alternating current electricity. You had, if you go back and read the history of alternating current electricity, you had a bunch of scientists, inventors and engineers all scratching their heads trying to figure out how does this work? Right?

• 2:39:46Speaker 04

  And I don't think, we still ultimately don't know what it is and how it works. But we know how to apply it to all kinds of different things. And I think that this is sort of analogous to that in that there's all kinds of potential here. Malcolm and his small team, through Alpha Prospects Limited, which is a website people can go to, to also learn about it, have applied and I think now received, the last I heard, where they were about to get approved for several patents. But all the rest of it, the basic principles are open sourced on, on the web. So Jordan Collins has gotten with a small group of, I'd say like backyard mechanics

• 2:40:29Speaker 04

  that are like gonna do a whole series of combust, internal combustion engine retrofits. And there's guys now who are, as we speak, like retrofitting their pickup trucks. Right? To see if it works. And now the, the technology was presented at a Tesla tech conference in Albuquerque. It was, it was presented at a alternative energy technology conference in Zurich, Switzerland. And now, like we talked about earlier, the Indian Navy is very interested in looking at it and Malcolm has spent a couple of months in India demonstrating the technology and how it works. One of his colleagues, Phil Dubois, but still there, but they've been there about three

• 2:41:14Speaker 04

  months now, you know, consulting with the Indian government. Now here's the interesting thing.

• 2:41:21Speaker 04

  If you read the Vedas, the Vedic literature, there's all kinds of descriptions of stuff in there that sounds very technological. Like, you ever heard of the Vimana? I haven't. Okay, so the Vimana is, in the Vedas, it describes, I think it's the Rigveda, but in some of the Vedas, it's describing the Vimana, and it is a flying machine. That's what it's describing. You know, the Vimana is a flying machine. Look it up on your phone right now, and you'll see, you know. The other thing is the Vajra. And you see these depictions of the great king god Indra wielding the Vajra, right? And then, this is like from four and five thousand years ago in Vedic India, right?

• 2:42:04Speaker 04

  Then, fast forward to like three thousand two years ago roughly, and you see the god Mitra in Persia wielding the Vajra. Then, fast forward about another thousand years, and in Greece, you see, you see Zeus wielding the Vajra. It's called the thunderbolt. Zeus wielding the thunderbolt. Then, you can see Roman times, the god Mithras wielding the thunderbolt. Well, you look at what they're wielding, and it's pretty much all the same instrument. And it was described as the most powerful instrument in the universe.

• 2:42:44Speaker 04

  And when you look at the depictions, and I, next time I come back on, I can, I can show you this. I'll show you, I'll have images and graphics of replicas of the Vajra. Now, the Vajra, still to this day, there are replicas that are probably duplicates of things that were thousands of artifacts that were found at our thousands of years old, that were... This is a replica of the Vajra. Well, when you look at that, and you look at the components of the thunderstorm generator, you go, "Oh, okay, hmm, hmm, hmm."

• 2:43:25Shawn Ryan?

  Interesting.

• 2:43:25Speaker 04

  Yeah, and I can show you the correlations when I come back.

• 2:43:30Shawn Ryan?

  How's this been received at all these summits that it was presented to in the, in the Indian Navy?

• 2:43:36Speaker 04

  Well, the last I've heard, the Indian Navy is seriously looking at it for retrofitting ships. Um, I haven't gotten the latest, but the one result of the demonstration out in, in the Tesla Tech Conference in last summer in Albuquerque, Mike Robertson, who's the founder of HowTube, which is, which I partnered with, um, he, uh, livestreamed out to like several thousand people around the world. There was also an audience, they did this up on stage, up in an audience of several hundred people seeing it firsthand.

• 2:44:16Speaker 04

  They took the generator and retrofitted it onstage, videoed the whole thing and, and, and podcasted out to the world. So as a result of that, he got, and Malcolm got invited to this conference in Zurich, Switzerland. So he presented there. Now, at the, uh, Tesla Tech Conference in Albuquerque, he ended up being sort of the, the star presenter at the conference, and he was just like last minute. Um, they brought him on and then he ended up being the star presenter at the thing. And, um, yeah, I mean, it's all on record now. It's all videotaped.

• 2:45:00Speaker 04

  Anybody can track these down and I, you know, on my website, I'll have all the links and stuff. But I think Jordan Collins at Alchemical Science already has the links up. So people can go and they can see those videos, um, for themselves. And the idea now is to get it out. So, you know, there's been a whole succession of inventors and scientists that have been working per, directly or peripherally in this field with this type of energy. And their work has been stolen, locked up, suppressed, classified. The strategy now is get it out there.

• 2:45:37Speaker 04

  Open source, so anybody can access it. Decide for yourself whether it's legit. I'd say, don't make up your mind beforehand or until you've looked into it. A lot of people say, oh, this is bullshit, you know, without having taken two seconds to look into it.

• 2:45:51Shawn Ryan?

  Yeah.

• 2:45:52Speaker 04

  Well, this is impossible. What you're describing is impossible. Well, I got, you know, a dozen scientists, engineers, industry professionals that say, yeah, it's impossible, but god damn it, we saw it. We saw it.

• 2:46:05Shawn Ryan?

  Yeah.

• 2:46:06Speaker 04

  And they're still trying to figure out what exactly they saw.

• 2:46:11Shawn Ryan?

  Man. This is fascinating stuff, you know.

• 2:46:15Speaker 04

  It is. I agree.

• 2:46:16Shawn Ryan?

  Doesn't even seem real. But.

• 2:46:18Speaker 04

  I know.

• 2:46:19Shawn Ryan?

  There it is.

• 2:46:20Speaker 04

  But it looks like there's going to be a major part of the Cosmic Summit in June.

• 2:46:28Speaker 04

  So far Malcolm and both Malcolm Bandil, the inventor, and Jordan Collin are scheduled to be there.

• 2:46:33Shawn Ryan?

  Really?

• 2:46:33Speaker 04

  Yes.

• 2:46:34Shawn Ryan?

  Where is that?

• 2:46:35Speaker 04

  I think it's Greensboro, North Carolina.

• 2:46:37Shawn Ryan?

  What's the date?

• 2:46:39Speaker 04

  It's like around the middle of June.

• 2:46:41Shawn Ryan?

  Okay.

• 2:46:42Speaker 04

  I can, I can let you know the exact dates. I mean, you could easily look it up online right now if you pulled out your phone, put in Cosmic Summit 2024 and it'll pop right up.

• 2:46:51Shawn Ryan?

  We'll link it. We'll link it.

• 2:46:52Speaker 04

  Yeah.

• 2:46:53Shawn Ryan?

  And, uh.

• 2:46:53Speaker 04

  And anybody else is interested. I mean, this is, this is one of the most interesting gathering of minds, I think, that's happening anywhere. Um, you know, there's a lot of interesting things happening, conferences all that in my mind, kind of too heavy on the woo woo.

• 2:47:11Shawn Ryan?

  Uh huh.

• 2:47:11Speaker 04

  This is, this is solid stuff. And I mean, we got everything from, uh, you know, independent researchers who by the mainstream might be considered fringe, but we've also got mainstream scientists who have been working on all the things we were talking about earlier. We've got several specialists in impact, uh, geology and, uh, astronomers that are going to be there speaking about it. Chandra Wickarama Singh, who is a astrophysicist. Um, I don't think he's going to be there in person because he's like eighty some years old now, but he was colleague of Fred Hoyle, who is really a very distinguished astronomer in, uh, from England,

• 2:47:52Speaker 04

  who wrote a whole bunch of very interesting books, made some serious, uh, inroads into understanding how the universe works. Very, very highly esteemed scientist. Um.

• 2:48:06Speaker 04

  Chandra was his colleague and he's going to be beamed in remotely. Probably Allen West, who has been one of the leaders in discovering the evidence for Younger Dryas impact phenomena is going to be there. And then a bunch of other interesting people. I mean, it's a really interesting group of really smart people who are looking at stuff outside the box.

• 2:48:34Shawn Ryan?

  Interesting.

• 2:48:35Speaker 04

  Yeah.

• 2:48:36Shawn Ryan?

  Interesting.

• 2:48:37Speaker 04

  And the one I went to last year was extremely fun and meeting all these people, the interesting conversations, you know, that you had. And so I'm really looking forward to this next one. And it's being hosted in a hotel and the owner of the hotel is a big fan of this work. So he's like putting the whole hotel and all their, the facilities and everything, just give, you know, making it available. So it's going to be fun.

• 2:49:05Shawn Ryan?

  Nice. Well, maybe I'll check it out. You got anything coming up other than the Cosmic Summit?

• 2:49:10Speaker 04

  Well, I'm going to be in April, next month, I'm going to be doing a weekend Earth Origins in Sedona. And it's going to, a lot of it's going to be focused on energy and alternative energy. So I'll be presenting some stuff on there. You know, I'll be presenting, I'll probably be showing a lot of the slides that you and I were just looking at. Those are the only two things I've got scheduled at this point, but I will say that I'm, you know, I've been doing for the last, what, three, three and a half years, this Cosmographia podcast with my friends Russ and Kyle Allen and Bradley Young. But those guys have been scattered far and wide around the world, which makes it hard to do a regular weekly podcast.

• 2:49:53Speaker 04

  So I'm launching a second, sort of, you may say, an auxiliary podcast where I can put shit out every once or twice a week, minimum, calling it Squaring the Circle. And so we've got, I think, four episodes in the can. I'm going to do an intro episode when I get back home this weekend. And then it should be going online live within one to two weeks. And I'm going to be getting into a lot of stuff. It's going to be. Very eclectic, you know, I'll be, I'll, I'll be talking about current events on there. You know, there's some of the shit that I see going down that pisses me off. I might want to talk about that, the bullshit, but it all fits together.

• 2:50:35Speaker 04

  You know, I mean, the purveyors of the bullshit want to control the narrative.

• 2:50:41Shawn Ryan?

  Yeah.

• 2:50:42Speaker 04

  They want to control the narrative, you know, they want to control, uh, history, you know? This is what dict- dictators and despots and stuff always do, communists, whatever. They want to erase history and rewrite history. You know, you can see what happened to Graham Hancock after ancient apocalypse. I don't know if you looked at some of the crap that was posted by mainstream media accusing Graham of, you know, purveying, being a, you know, promoter of white supremacy and racism and yeah.

• 2:51:13Shawn Ryan?

  I don't, I don't even, I do not pay any attention to mainstream media anymore. That has completely been discredited and is a bunch of garbage.

• 2:51:23Speaker 04

  It's a bunch of garbage.

• 2:51:24Shawn Ryan?

  No interest in what talking heads on, on mainstream media have to say.

• 2:51:30Speaker 04

  But since Graham is a friend of mine, I just wanted, I was just, and, and since I was in the show, I was into the first and last episode of it. I wanted to see what the critics were saying and let's see, do they have anything of substance? So I started reading through and I go, there's, there's nothing here. It's just attacks.

• 2:51:49Shawn Ryan?

  Yeah.

• 2:51:50Speaker 04

  Ad hominem, red herrings, you know, and just bullshit. But who, my takeaway was this, and this is what I found interesting. I read through like 10 or 12 different mainstream criticisms of the show.

• 2:52:10Speaker 04

  So supposedly independent news media, right? Or the independent source, some from journalists, some from archaeologists, same thing. It was as clear as a bell that they were all reading from the same script, using some of the same phraseology. You know, and, and, I mean, to the point, and I, I wrote up a thing, a, a long thing showing line by line to make the case that they're all reading from the same script. And I was doing a lecture, in fact, here in Nashville, I was doing a lecture up in Nashville, not long after that came out, and I was about 200 people in the audience. And I said, how many of you? Folks have seen ancient apocalypses and I'm guessing maybe two thirds of the hands went up.

• 2:52:54Speaker 04

  Now, how many of you, your takeaway was that Graham Hancock was promoting white supremacist conspiracy theories? Not one person.

• 2:53:05Shawn Ryan?

  Yeah.

• 2:53:06Speaker 04

  Yet, this is over and over and over again, this is what the mainstream media is saying that he's doing. That he's, yeah, I mean, it was so bizarre and I, at that point, it was a little bit shocking to me.

• 2:53:20Shawn Ryan?

  It's happening to everybody, you know, and Russell Brand just got attacked with, uh, what, sexual allegations? I mean, it's, it's become so common now, I don't.

• 2:53:29Speaker 04

  You don't even.

• 2:53:30Shawn Ryan?

  I don't, I don't think there's, I'm sure there's a, a portion, I don't know, there's, there's a portion of society that buys into that shit, but it, but it's so common now that it's, it's.

• 2:53:40Speaker 04

  The thing that, the thing that I was curious about though is, okay, somebody has put this script together that they're all reading from, and I'm like, okay, who the hell is this? Who, who are these people? Who's putting this, who's sending this out to these different archaeo, you know, mainstream academic archaeologists and journalists and

• 2:54:00Shawn Ryan?

  Yeah.

• 2:54:01Speaker 04

  critics and stuff, and they're all reading it. It had to come from somewhere. Somebody is behind that. In the interest of disclosure, I'd like to know who the hell that is.

• 2:54:12Shawn Ryan?

  Yeah. Who do you think it is?

• 2:54:13Speaker 04

  I don't know. I don't know. But. Somebody.

• 2:54:20Shawn Ryan?

  Yeah, yeah.

• 2:54:21Speaker 04

  Somebody's there. It, it's, it's no coincidence that they're all coming up with the same stuff.

• 2:54:26Shawn Ryan?

  I don't think that a lot of people are putting that together, but, um, but I, I think people are starting to wise up to the media. I mean, they're going broke, you know?

• 2:54:36Speaker 04

  Yeah. Well, you know what's happening is alternative media now is getting stronger and stronger. Mainstream media is getting discredited and maybe some of them are going, you know what? We better get with the program here. What's our future?

• 2:54:53Shawn Ryan?

  Yeah.

• 2:54:54Speaker 04

  You know, I hope that's out, but it's good old fashioned competition is making them go, okay, we gotta start telling the truth once in a while.

• 2:55:02Shawn Ryan?

  Yeah.

• 2:55:02Speaker 04

  You know?

• 2:55:03Shawn Ryan?

  Yeah, it's uh, it's really sad what happened, but look what, you know, consequences, you know, now, now podcasts are on the rise, it's, it's

• 2:55:13Speaker 04

  Yeah.

• 2:55:14Shawn Ryan?

  Some of the fastest growing media out there. Nobody's watching Hollywood, nobody's watching mainstream.

• 2:55:21Speaker 04

  Yeah.

• 2:55:21Shawn Ryan?

  It's all turned into garbage.

• 2:55:23Speaker 04

  It's all turned into whoa garbage.

• 2:55:25Shawn Ryan?

  Good for us, good for us.

• 2:55:27Speaker 04

  Yes, sir.

• 2:55:27Shawn Ryan?

  Podcasters, but.

• 2:55:28Speaker 04

  Yeah.

• 2:55:29Shawn Ryan?

  Well, Randall,

• 2:55:31Shawn Ryan?

  pleasure to meet you, man, it's, it's uh,

• 2:55:33Speaker 04

  Likewise, Sean, I've enjoyed this. Despite the fact that I've been, what, four hours in two days, it's been worth it. It's been worth every minute of it.

• 2:55:43Shawn Ryan?

  Well, do you have any recommendations? Any guest recommendations you'd like to see on here?

• 2:55:48Speaker 04

  On here?

• 2:55:49Shawn Ryan?

  Yeah.

• 2:55:50Speaker 04

  Oh, yeah, um, well, George Howard.

• 2:55:55Shawn Ryan?

  George Howard.

• 2:55:55Speaker 04

  George Howard would be a good one, and if Jordan Collins is in the country for, for the Cosmic Summit next summer, he, he'd be great to get on here.

• 2:56:05Shawn Ryan?

  Okay.

• 2:56:06Speaker 04

  And I'll think about it, I, I'm sure I can come up with some more, because I'm thinking about who I want to get on my podcast.

• 2:56:11Shawn Ryan?

  Right on.

• 2:56:11Speaker 04

  You know?

• 2:56:12Shawn Ryan?

  Right on.

• 2:56:13Speaker 04

  So, you know, we, we did the first in-house interview the couple of days ago with Sean Webb.

• 2:56:19Shawn Ryan?

  I love Sean.

• 2:56:20Speaker 04

  Yeah, he's, I do too.

• 2:56:21Shawn Ryan?

  He connected us.

• 2:56:22Speaker 04

  And it's, yeah, and this is, I especially like him, because you know, I can come up here and he does all the driving. So.

• 2:56:30Shawn Ryan?

  Yeah, I'm gonna have to get Sean back on too.

• 2:56:33Speaker 04

  Yeah. Well, I met Sean, I guess we think four or five years ago, and it was through him that I met Ben Johnson. Mushroom Man.

• 2:56:43Shawn Ryan?

  Yeah.

• 2:56:44Speaker 04

  Ex Navy SEAL.

• 2:56:46Shawn Ryan?

  Yeah.

• 2:56:46Speaker 04

  Uh, Mushroom Man, Good Man. Oh, there you go. Ben, get him on here to talk about his efforts to get federally approved license, grow license and all that. Yeah, he'd be a good one. I, and I'm getting him on, uh, he'll probably be my second guest.

• 2:57:01Shawn Ryan?

  Oh, cool.

• 2:57:02Speaker 04

  Yeah. But right now you're ahead of me. You've got more views than I do, but I'm, I'm climbing and I think I'm gonna be getting on, I'll be on Rumble soon.

• 2:57:10Shawn Ryan?

  Right on.

• 2:57:10Speaker 04

  So that's gonna, I think, boost what I got to say. And I got some things to say.

• 2:57:16Shawn Ryan?

  Well, I can't wait to check it out.

• 2:57:17Speaker 04

  Yeah. I'm, I'm, I'm a, I'm a optimistic, happy-go-lucky guy in my own way, but I'm also getting pissed off.

• 2:57:24Shawn Ryan?

  Yeah, a lot of us are.

• 2:57:25Speaker 04

  Yeah.

• 2:57:26Shawn Ryan?

  A lot of us are.

• 2:57:27Speaker 04

  Yeah.

• 2:57:28Shawn Ryan?

  But, well, Randall, I say we go grab some lunch and, um,

• 2:57:32Speaker 04

  Man, that sounds good.

• 2:57:33Shawn Ryan?

  And, uh, thanks for coming out.

• 2:57:35Speaker 04

  Thanks for having me, my friend, my new friend.