Feb. 9, 2021 - Timcast IRL - Tim Pool
02:13:36
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you you | |
| the US Navy apparently patented or this doctor patented what they call UFO fusion | ||
| energy And there's also technology that can engineer the fabric of reality. | ||
| Now we did a bonus segment over at TimCast.com talking about this for members only. | ||
| But we do have someone here who can help talk to us about some of this tech, some of what the government has done. | ||
| And so we'll get into a lot of this. | ||
| There's a lot of interesting questions about how it is that someone comes out and claims they have, say, potentially warp drive-like sci-fi technology. | ||
| And it could be really simple. | ||
| It could be the U.S. | ||
| government stole it, and now they're putting it out there as if they did invent it, and that's why we're getting this breakthrough. | ||
| It's just leaking of enemy technology. | ||
| Well, in this vein, there is a new Cold War. | ||
| No, I kind of wish there was. | ||
| I'm kind of just framing it that way. | ||
| But the U.S. | ||
| is interested in super soldiers. | ||
| There was a program where they're working on exosuits, Iron Man suits. | ||
| And as we know, because this news broke a few months ago, China has actually been genetically engineering people to make them super soldiers. | ||
| Those are very serious topics, and we have some less serious topics we'll talk about later tonight. | ||
| And some kind of messed up stuff. | ||
| There's another big breaking story where some kid Apparently was doing a prank, I'm doing air quotes right now for those that can't see, where he walked up to a bunch of people with butcher knives in Nashville. | ||
| And do you have any idea what happened? | ||
| Yeah, the dude pulled out his gun and fatally shot the kid because you don't approach someone with a butcher knife. | ||
| So we'll definitely talk about this and a bunch of other crazy stories. | ||
| We are being joined today by none other than the alien scientist. | ||
| Mr. Alien Scientist, do you want to introduce yourself? | ||
| Yeah, my name is Jeremy Riss and I'm from Mansfield, Mass. | ||
| I grew up in southeastern Massachusetts. | ||
| I lived in Boston for a couple years and now I'm kind of living in Rhode Island. | ||
| What do you do? | ||
| You were talking to us about crazy technology. | ||
| You named 15 elements in a row just for me to prove you knew your elements. | ||
| Right, so I've got a degree in physics. | ||
| I went to State University in Massachusetts and I've always been interested in science since I was in high school. | ||
| I think I read a book by Richard Feynman called Surely You're Joking, Mr. Feynman. | ||
| And Richard Feynman was probably one of the greatest physicists ever. | ||
| He was recruited out of MIT at age 18 to go work on the Manhattan Project. | ||
| So it got me really interested in physics and classified programs and classified physics research and just the idea that there's smart people out there that know stuff that other people don't. | ||
| So not only do you have a general understanding of a lot of these stories about government tech, you also seem to be well-versed in some of the more crazy, out-there conspiracies, too. | ||
| But you seem to be a bit of a skeptic on that, I guess. | ||
| You want proof? | ||
| Everyone likes conspiracy theories, but I like conspiracy facts. | ||
| I like proof. | ||
| I think that there's some value in looking at alternative history and alternative ways of looking at our world around us, and I think we need to be open-minded. | ||
| But also use the right tools and have the right tools. | ||
| But it will be fun to talk about the really kooky conspiracies too, just because they're fun to think about. | ||
| So we'll do that, we'll do that. | ||
| Yes, and how I think we can use science to kind of crack through the layers. | ||
| Right on, right on. | ||
| We're also joined by the intrepid t-shirt salesman, Luke Krakowski. | ||
| Thank you very much. | ||
| The term CIA, by the way, was also something fomented by the Central Intelligence Agency. | ||
| Wait, the term CIA? | ||
| Sorry, the term conspiracy theory and theorist was fomented by, of course, the Central Intelligence Agency. | ||
| Why would they do that? | ||
| Yes, why would they do that right after the JFK assassination? | ||
| Don't smear the CIA. | ||
| I'm just saying it's, you know, conspiracy fact, which I'm very happy we're talking about. | ||
| Also, with the latest technological advancement news, Bitcoin is having a pretty good day to say the least. | ||
| A lot of people who listened to me a couple of years ago are very happy. | ||
| And if you want to listen to me, check me out by signing up on my email list by going to wearechange.org in the top right hand corner and signing up. | ||
| I'm gonna give a shout out to Max Keiser, because when Bitcoin hit like 30k, I tweeted, if you had all listened to Max Keiser in 2012, you would all be billionaires right now. | ||
| Because he was legit, it was like, you know what, 2012 you have Bitcoin at like a dollar, two dollars, and Max is saying, buy Bitcoin, buy Bitcoin. | ||
| Bitcoin's at $47,000 per coin. | ||
| That means if in 2012 you put in $1, $2, or whatever it was trading at, $5, that $5 bill eight years later is nearly $50,000. | ||
| So shout out, the max. | ||
| Has there ever been a global commodity that's expanded like that? | ||
| I mean, it's a new technology. | ||
| It's being rapidly adopted. | ||
| So we're going to get into all that Bitcoin stuff, too. | ||
| But Ian. | ||
| Thanks. | ||
| That reminds me, I just shouted. | ||
| Hey, everybody. | ||
| Hi, Ian Crossland. | ||
| You know me. | ||
| And the crypto market's up like two hundred and seventy billion dollars in the last five days or something. | ||
| Something I don't know if is Elon's. | ||
| Super Bowl push? | ||
| I heard he did a Dogecoin commercial for the Super Bowl, I don't know. | ||
| No, did he? | ||
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No. | |
| No, because that was just speculation. | ||
| No, he just tweeted it. | ||
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Wow. | |
| He tweeted that picture of him as that Lion King character holding up Simba, and it's him holding up Doge, and he was like, you're welcome. | ||
| I'm super happy Jeremy's here, because there's a lot of complicated technology we talk about on the show from time to time, and I feel like we can only get so far without actually being scientists, so it's nice to have a scientist in the house. | ||
| Well, we also have had a bunch of these stories come out, like in December, the super soldiers in China, the genetic engineering. | ||
| And then we had the story last week where, you know, we ended up doing this members only segment about UFOs and this technology. | ||
| And so we'll bring in somebody who is, you know, you know, looked into this a bit more. | ||
| So Ian's here. | ||
| We also have Sour Patch Lids. | ||
| Press on all the buttons. | ||
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I am producing over in the corner, pushing buttons. | |
| And of course, before we get into that news, head over to TimCast.com to become a member, and we have a bunch of members-only posts. | ||
| Now, I gotta shout something out. | ||
| There are people who have commented on these posts saying, why would I become a member when I've already watched this for free? | ||
| These are exclusive members-only posts, so the videos that are up in the members-only section, you can only watch if you're a member on the website, or I guess a hacker who's stolen the videos, but good for you if you figured it out, I guess. | ||
| Please don't. | ||
| But, uh, yeah, if you become a member at TimCast, we have exclusive bonus segments. | ||
| We're definitely going to have one later tonight. | ||
| And we set this up as a shield, a safety net. | ||
| The purge is real. | ||
| It's here. | ||
| They're getting rid of tons of channels. | ||
| They're, they're nuking people who talk about certain issues. | ||
| Certainly we talk about issues that, you know, YouTube doesn't like, and we try and make sure we do it in a way where we can, you know, kind of get around, you know, what they want to, you know, they want to nuke you, but we're, we're careful, but it'll eventually come. | ||
| So become a member. | ||
| That way, in the event we do get purged, you'll still be able to find us and it helps support the show. | ||
| Also, don't forget to like, share, subscribe, hit the notification bell, and tell everybody if you really do like this podcast, spread the word. | ||
| It really does help. | ||
| And also, let me add, make a comment on this video. | ||
| Comments help a lot in the algorithm. | ||
| That's the word on the street. | ||
| Well, that's just, you know, comment if you want to comment. | ||
| You know, we don't want... Don't force yourself. | ||
| No, we want real people to engage, so... Love life. | ||
| Let's check out this story. | ||
| So we have this update from Forbes. | ||
| What is behind the U.S. | ||
| Navy's UFO fusion energy patent? | ||
| Now, I think when they say UFO and they show pictures, they're just marketing it. | ||
| It's brand marketing. | ||
| And, like, we used a very similar photo because it's the only way to basically say, like, hey, here's this technology. | ||
| It's most reminiscent of UFOs. | ||
| But you gotta understand, a lot of this talk about UFOs is old talk. | ||
| So what's this new tech? | ||
| Forbes writes, when Dr. Salvatore Cesar Paez, an aerospace engineer at the Naval Air Warfare Center Aircraft Division, filed a patent for a plasma compression fusion device in 2019, It was either a giant breakthrough or mad science. | ||
| According to the patent application, the miniature device could contain and sustain fusion reactions capable of generating power in the gigawatt, one billion watts, or two terawatt, one trillion watts range or more. | ||
| A large coal plant or mid-sized nuclear power reactor by comparison produces energy in the one to two gigawatt range. | ||
| The revolutionary invention by Dr. Paez, if real, would produce near unlimited clean energy from something no larger than a sports utility vehicle. | ||
| Dr. Paez's fusion device is among a handful of outlandish technologies dubbed the UFO patents that have in some shape or form been pursued by the U.S. | ||
| Navy. | ||
| I'm going to mention that this guy says he's written before with some skepticism over Dr. Paez's purported compact fusion reactor. | ||
| The physicist appears to have bona fide credentials, including a PhD from Carnegie Mellon, and published some of his work, while much is presumably classified. | ||
| He's been employed by the Pentagon for decades, and this isn't the first patent filed in his name, and all of them appear centered around what he calls the Paez effect. | ||
| Dr. Paez posits that by controlling the accelerated spin, or vibration, of electrically charged matter, high-energy electromagnetic fields can be produced. | ||
| One proposed use for such fields is an electromagnetic field generator, device which would be applied to alter the trajectory of Earth-bound asteroids over a period of time. | ||
| While the patent makes clear that such a device would work only on small asteroids of under roughly 100 meters in length or less, it isn't hard to grasp the interest of any defense agency in providing contingencies for such a scenario. | ||
| They say his Inertial Mass Reduction Device is one of the most extraordinary patents This technology suggests manipulation of quantum field fluctuations, which could reduce a vehicle's inertial and gravitational mass, allowing it to travel at hitherto unseen speeds. | ||
| The reason the speed of light is something of a universal speed limit is that mass increases to infinite as one reaches it. | ||
| Demanding infinite energy to continue moving. | ||
| The ability to reduce mass could have incredible implications for the futures of space travel. | ||
| Only faster than light speeds of travel would allow humanity to venture outside the solar system. | ||
| They're going to mention he's got a high-temperature superconductor, and last but not least, a high-frequency gravitational wave generator. | ||
| Now, all this sounds like magic, to be completely honest. | ||
| I can read through this, and it just sounds like science fiction. | ||
| But this guy's got legit credentials. | ||
| And what other critics have pointed out is, in order to actually get the patents, there has to be a prototype. | ||
| So, in some fashion, this guy's had to have proved he's got this technology. | ||
| So what does this mean? | ||
| Are we looking at the greatest scientific mind of our generation? | ||
| Or is this just some crackpot who made a bunch of crappy patents and then for some reason someone's rubber-stamped them? | ||
| I don't know. | ||
| Jeremy. | ||
| So it says right in there in the article by, by, um, it's Tyler Rogoway and Brett Tingley of the drive.com. | ||
| They, they've been doing a lot of great reporting on some of these, you know, technologies that are being declassified and stuff. | ||
| Um, this one's for a particular interest, um, thing about the, the pays thing, right. | ||
| Is it, what really confuses me is that, that they, I know they've spent more than $500,000 investigating this, that, you know, they spent 500 million to build a rail gun for the Navy. | ||
| If they're really interested in this technology, they're going to be spending more than half a million. | ||
| 500 million for a railgun? | ||
| Yes. | ||
| That's what the railguns cost. | ||
| Yeah, but is that just like, the government wastes money all the time? | ||
| You know, it's hard to say, because it's... Government is very wasteful, as we've seen with NASA. | ||
| They're buying their rockets from SpaceX, because the private industry does it cheaper. | ||
| So there's that, but there's also the issue of subject matter experts. | ||
| This is how DARPA tends to do things. | ||
| I was just reading the book downstairs on the Pentagon's brain, which is DARPA, and the way they do things is they get subject matter experts, or people who are looking into these kinds of things, and then they give them funding for their research. | ||
| That's how these projects are picked up. | ||
| They find guys like Pace, who wrote his thesis on this very interesting thesis paper on bubble reactions and his theory of warping space-time, and so they funded him. | ||
| But I know that this is not the only research that's been done on this. | ||
| The research on this goes back to the mid-1990s to a guy named Bernard Heche, who worked at Caltech University. | ||
| And he had a contract with Lockheed Martin, Skunk Works, and wrote a bunch of papers with Hal Puthoff and a number of other gentlemen back in the mid-90s on this sort of space-time metric warping theory of inertia and of what mass is and how to get mass and momentum and how to alter those things using refractive indexes of materials and stuff like that. | ||
| So there's been some research going on to this that goes back quite a ways that's less talked about than sort of this stuff. | ||
| Let's just get to the brass tacks. | ||
| Is this real? | ||
| Do you think it's real? | ||
| Well, I don't know that if it was real, the U.S. | ||
| Navy wouldn't put their goods right out there for us to see. | ||
| They wouldn't just patent it. | ||
| And in fact, you know, they might change a couple things in the patent to make the technology inoperable or not give out secrets. | ||
| We have to look at that part about, you know, where it said they got the patents granted through warning of similar Chinese advances. | ||
| And when we look at those similar Chinese advances, I sent you guys two papers in particular on that list that I sent you, two of the papers that were written by Chinese universities and a lot of Chinese researchers on this, and it's related to what are called optical phenomena and squeeze states. | ||
| So they take a parametric generator, they oscillate it at twice the resonant frequency and it creates these squeezed states. | ||
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You've got to slow down for me. | |
| What does that mean? | ||
| What it means is that if we take a photon plus a photon, the Feynman diagram for that, it annihilates and that's where we get our graviton from. | ||
| So we know that gravity is an interaction of photons and the way that photons interact with matter. | ||
| And that they're trying to change this through a warping of the refractive index of light around these materials. | ||
| So they're trying to make stuff float? | ||
| Apparently they can make stuff float. | ||
| And then there's rumors that this was reverse engineered from alien technology, that the U.S. | ||
| Navy has had kind of this technology for years. | ||
| They didn't know how it worked because it's operating on quantum principles and quantum mechanics. | ||
| We can't see it. | ||
| We can't see it. | ||
| There's something really, I want to say something. | ||
| I was reading once about UFO technology and about what would happen if humans actually discovered a flying saucer in like the 50s. | ||
| Right. | ||
| And they said if you gave, I don't know why they chose this guy, Christopher Columbus, a nuclear submarine and infinite resources, they would never figure out how to reproduce it. | ||
| It's an iPhone in Rome. | ||
| I remember hearing that kind of conversation on the Joe Rogan podcast with Bob Lazar, and he was specifically talking about some of the technological advancements that we're kind of hinting at here. | ||
| And what you said, I was actually thinking, not the smart part, but the part specifically Uh, about if the U.S. | ||
| government had such technology, why would they release it to the public? | ||
| It would be counterintuitive for them to do this, especially if they had something that was advanced, good, useful. | ||
| I think this most likely, in my own personal opinion, is a part of either one, a larger PSYOP against countries like China, against countries like Russia. | ||
| Or two, a larger call for other scientists to come in and say, hey, we're working on this. | ||
| This is what we got. | ||
| What does the scientific community think about this? | ||
| What's the reaction? | ||
| Can anyone help us build this? | ||
| Because that's essentially where they want to go, in my opinion. | ||
| This new kind of Star Wars kind of like powers and authority, whether it's lightspeed or lightsabers, whatever it is. | ||
| We have Space Force, lightsabers. | ||
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Well, they're talking about We don't sword fight anymore, Luke. | |
| Well, maybe. | ||
| You never know. | ||
| With technological advancements, we can't even conceive where the future's going to go, just like Christopher Columbus couldn't utilize a nuclear submarine. | ||
| It's the idea of a cell phone in Rome. | ||
| They wouldn't be able to hold on. | ||
| But if you had a lightsaber and someone else had a Glock, just shoot the guy. | ||
| Deflect bullets. | ||
| You can't deflect it. | ||
| Get out of here. | ||
| Maybe it's a lightsaber shield. | ||
| Again, we're talking about a lot of hypothetical stuff. | ||
| But when you look at the U.S. | ||
| military, they're usually far more advanced than, of course, technology that we know of. | ||
| And they don't release it. | ||
| They keep it as close to them as they can because they use it for war. | ||
| Sort of the military. | ||
| It's like higher-tier classified stuff. | ||
| But I'll mention there's a funny scene in the movie The Men Who Stare at Goats. | ||
| So Luke mentioned The Men Who Stare at Goats. | ||
| And then I ended up watching the movie, which is more of a comedy than anything. | ||
| But there's a funny scene where there's like one dude is talking to his commanding officer and he's like, we need to start a psychological, a psychic spy unit. | ||
| And he's like, why? | ||
| And he's like, well, no, no, no. | ||
| What he said was Russia has started doing paranormal research and psychic spying. | ||
| And he's like, why? | ||
| Because of our attempts to telepathically communicate with a submarine. | ||
| And then he was like, why did we attempt to telepathically communicate with a submarine? | ||
| We didn't. | ||
| It was a rumor created by the French. | ||
| But the Russians think it's real. | ||
| And I think the story that it's fake is a lie. | ||
| So they started doing it. | ||
| So now we need to start doing it to counter them because they think we're doing it. | ||
| So now we're actually going to do it. | ||
| And then that's the joke of the movie, I guess. | ||
| And it's not even the military. | ||
| It's a lot of contractors now. | ||
| So when you look at, you know, the military industrial complex, that is pretty much the key of private enterprise that's working in a quasi government way, just like the Federal Reserve is working with all the big banks in this kind of quasi way. | ||
| But in reality, you know, there's also fears of a lot of this technology being leaked, a lot of this technology being sold to the highest bidder, especially when it's just in contractor And there were fears of that in the Manhattan Project, too, but now a 12-year-old can go and look up how to make an atomic bomb. | ||
| That doesn't mean they can have one, though. | ||
| Yes, of course. | ||
| Why can't he? | ||
| Because you need 300,000 people? | ||
| Because he needs uranium. | ||
| You need Oak Ridge. | ||
| You need a uranium refinery or plant. | ||
| You need resources. | ||
| And the way that the Manhattan Project came about, they had hundreds of thousands of people working on it, and only I believe a dozen people knew what was happening there. | ||
| A lot of people are saying, you know, conspiracies aren't true, but if you look at the way the Manhattan Project, which by the way was also forged at the Bohemian Grove, the way that was kind of created with so many people involved, all these people, majority people, not knowing what they were working on and building this nuclear weapon, And we have to understand, we're moving towards a new technological era where we're building something that's going to be way more powerful than nuclear weapons, that's going to have way more severe of an impact, and the implications here are severe, to say the least. | ||
| When you're talking about refractive index and action, so talking about the warp drive, what they're building, would you call it a warp drive? | ||
| Well, that's what I'm talking about. | ||
| Warp drive is a good word for it, but it's kind of like Star Trek-y, you know. | ||
| Some people call it anti-gravity. | ||
| So I'm working with a group right now to try to, you know, bring these scientists out and bring more information out of the woodwork on this. | ||
| Because we look at what's in the public sphere. | ||
| We got Sal Pays and him talking about these U.S. | ||
| Navy patents. | ||
| But I know for a fact that there is more research that's been done into this. | ||
| And I have a huge list of scientist names who have worked on all kinds of this stuff. | ||
| So what we've done is we've kind of created our conference. | ||
| We actually got a hold of all these email lists. | ||
| I've been tracking down these people for the past decade and following a lot of their work, because this is what I've been into, is all this type of research. | ||
| You know, where does DARPA go to recruit their next projects out of? | ||
| They go to these conferences where these PhDs and these scientists go and present ideas. | ||
| And then they pick the best ones to fund. | ||
| So I've kind of like gone over a lot of that research and we got actually all those DARPA email lists and we just emailed all those people and we invited them to our own conference. | ||
| And we started our own conference. | ||
| This guy Tim Ventura, AmericanAntigravity.com out in California, he kind of got me into researching antigravity back in like 2002. | ||
| And now we're working together to try to, we have a conference where we're actually bringing people out of the woodwork to come and talk about what they worked on because most of it's declassified now and it's becoming so out there and well known and it has such great implications for the whole future of our planet that more people are coming out with it. | ||
| You mentioned something interesting before we started the show that you have this guy, Dr. Pace or Pace or however you pronounce it, that he's got a bunch of patents that are kind of all over the place. | ||
| Like an individual would focus on one specific thing, but he's got a bunch of different things, right? | ||
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Right. | |
| So we consult subject matter experts because it's the information is too voluminous for any one person to have just massive knowledge of all this stuff. | ||
| So we consult like people who are really into a certain subject. | ||
| But the fact that he published a nuclear reactor and this space-time warping thing, condensed matter physics and nuclear physics, it kind of gives a hint that it might be technology that the U.S. | ||
| Navy got through espionage. | ||
| Or some other way, right? | ||
| That they have a secret program building it and they're using Pius as like the, not the fall guy, but basically the patent funnel. | ||
| Leaking it out. | ||
| Yeah. | ||
| But I would imagine that if this was developed by U.S. | ||
| science of some sort, they no longer need it. | ||
| They've developed something substantially more powerful. | ||
| And now they're like, OK, let's give it to the civilians and then see what they do with it. | ||
| And then, you know, they'll ramp up production and they'll fix things or whatever. | ||
| Using the patent itself, could we replicate if you're saying change the refractive? | ||
| And from what I understand, we talked earlier is you have a material like a spacecraft hull. | ||
| You hit it with acoustic vibration and then you hit it with a laser to change the refractive index of the material. | ||
| There's a lot of different experiments we're trying and a lot of different theories. | ||
| The problem is that we have almost too many theories at this point about how it works, and we're at this kind of standstill in physics where we're working with these quantum gravity researchers, guys who are trying to work on unifying general relativity and quantum field theory to create a theory of everything, essentially, like Stephen Wolfram's doing and some of these other guys, Garrett Lisey and Eric Weinstein. | ||
| Eric Weinstein's working on this? | ||
| Yeah, he's Geometric Unity Theory, right? | ||
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Really? | |
| I've heard that. | ||
| I didn't know that. | ||
| He presented a whole thing to the Royal Society on this. | ||
| Wow. | ||
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I had no idea. | |
| He's had numerous talks with Garrett Lee. | ||
| There's a recent one on... Are we talking about Brett Weinstein's brother? | ||
| Yeah. | ||
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He's big into... I'll come up with the word earlier. | |
| Polytopes. | ||
| Yeah, and it's like subtle geometries that make up the core of our universe. | ||
| You could look up Coxeter-Dinkin diagrams if you want to get into some of this stuff, or polyhedra. | ||
| Polyhedral combinatorics, okay? | ||
| It's ways that shapes and different types of polygons and things fit together. | ||
| It's like the subtle, innate geometry, and they found that when they build this puzzle of it, they create this thing that looks very much like particle physics and mimics a lot of these things, but they haven't put all the pieces together yet. | ||
| But I want to say that when we do have a theory of everything, we're going to have anti-gravity. | ||
| We're going to be able to understand exactly how gravity works. | ||
| But a theory of everything, wouldn't that allow us to basically build anything? | ||
| Like if we understand how everything works, we'll know the confines of the universe. | ||
| We'll be able to just start... | ||
| And that's the thing that they talk about with Jack. | ||
| So Jack Follet, he's a scientist that's been studying, you know, aliens really for decades now. | ||
| And he's come out with this new thing with a guy named Dr. Gary Nolan, where they're actually taking pieces of alleged Roswell material and these alleged alien materials that people have recovered or have out there. | ||
| And I'm sure there's people out there with these materials and bringing them to laboratories and analyzing them with this approach where they can actually like look at the isotopes. | ||
| And what he said is that, you know, instead of working with, you know, a hundred and, | ||
| you know, 90 something elements like we work with in our periodic table, they work with | ||
| all the isotopes of all these elements in between. | ||
| So they're working with like 200 puzzle pieces rather than building stuff with only 90 pieces. | ||
| What would be an example of an isotope? | ||
| So an isotope is just, so you have atomic number. | ||
| That's what goes up on the periodic table. | ||
| That's the number of protons in your nucleus. | ||
| And that gives you your properties of the charge and the properties of the atom. | ||
| Then you have something called neutron number, and the neutrons are kind of stabilize the nucleus, and you can kind of like throw a couple extra neutrons in, and it doesn't change the charge, so it doesn't change the fundamental properties of the thing, it just makes it a little bit heavier. | ||
| And when it's a little bit heavier, its quantum spins are a little bit more slow and sluggish. | ||
| And so that kind of affects some of the properties of these things. | ||
| And there's weird things that have happened. | ||
| One of the examples is they prove that our brains actually work on quantum phenomena. | ||
| That quantum phenomena is active in our brain. | ||
| Because if we give people lithium salts, but we use a different isotopic version of lithium, it has a slightly different spin ratio and it affects people adversely with their behaviors. | ||
| And so that proves that there's some quantum mechanical process in the brain that's affected by this different, this heavier... By the spin of the... By the quantum behaviors of these particles. | ||
| And they're even finding that birds are able to tell magnetic north through a molecule called cryptochrome that exists inside of their retinas. | ||
| It's literally a molecule in their eye that's super sensitive to these differences in spins. | ||
| And one side will spin differently in a magnetic field, and that's the molecule that they're using, that scientists have identified birds as using, to tell where magnetic fields are. | ||
| So I want to go back to this idea that this one dude shouldn't know all this stuff. | ||
| Right. | ||
| And there's more people that do know it. | ||
| And what we're doing is we set up a conference to kind of bring these people out of the woodwork, and we say, look, if you know something, come to APEC and present. | ||
| We give you an hour to present your topic, and then we have an hour Q&A where we have PhDs, we have DARPA people that show up in our conference and cross-analyze and examine these people. | ||
| So it's kind of like Project Veritas, but for science. | ||
| Or project. | ||
| I like the Orion project or the Disclosure project, but just for science, you know. | ||
| So let me ask then, do you think, in your opinion, you know a lot about these scientists and things they're working on, do you think that the US and China both have extremely advanced technology we've never even conceived of? | ||
| I don't think we have it yet because the missing puzzle piece I really see is kind of like the atomic bomb. | ||
| You can't build an atomic bomb without, you know, refineries and without centrifuges and stuff. | ||
| That's why Stuxnet targeted Iran and the thing going on in Iran. | ||
|
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Right. | |
| We're trying to prevent them from having the means. | ||
| So this is a bummer. | ||
| So I think the material science is not quite there yet. | ||
| Right, right, right. | ||
| So that kind of bums me out, because I want to just, you know, want to believe, right? | ||
| But the Chinese, yeah, the Chinese, I think, are significantly more advanced than us in this area. | ||
| In fact, those two patents that I gave you just shows how much research they've been doing into this, these optical materials, and these metamaterials and, and some of these. | ||
| What, what are they missing? | ||
| And what would they need to build the machine to produce this effect? | ||
| I think it's going to take a consolidated effort of a lot of different people because we're going to need material scientists who are going to take advice from our physicists who tell them, this is the kind of materials I need. | ||
| Can you make this for me? | ||
| And then we need the material scientists to build those materials. | ||
| And then we kind of need to work that out in order to, you know, actually do experiments to test these different effects. | ||
| But, as you were saying before, science fiction stuff is quickly becoming reality. | ||
| All this comic book stuff from the 40s and the 50s, with Captain America, the first super soldier, right? | ||
| Basically, Captain America, you read the book, it's when they discovered steroids. | ||
| It's literally a story about a dude that irradiated and then gave steroids, right? | ||
| Yes. | ||
| And they were like, he was the first super soldier. | ||
| And then you talk about the Incredible Hulk. | ||
| Well, what was the Incredible Hulk? | ||
| You watch the movie, and his dad was doing all these science experiments. | ||
| He was taking DNA and taking little strips of DNA off all these different animals, like the starfish regeneration thing, these exoskeletons from these crabs and stuff. | ||
| And then he injected himself with this thing. | ||
| And then he accidentally had a kid. | ||
| Was that the original story? | ||
| Well, that's in the movie, I know. | ||
| That was like a 2008 movie. | ||
| I think it made that movie. | ||
| Yeah. | ||
| But that's what I think it was doing. | ||
| No, I think the original Incredible Hulk was when we discovered, we started messing around with radiation and radioactive waves and things like that. | ||
| We got rid of gamma waves, I think. | ||
| I was just talking with Andreas about all the stuff hidden in duck tales in Disney cartoons and stuff. | ||
| It's kind of amazing when you look back at some of these ideas that they had for the future in science fiction in these comic books back then. | ||
| For instance, Captain America's shield was made out of this vibranium. | ||
| And, you know, there's some kind of truth to these kinds of things. | ||
| There's some overlap with stories. | ||
| And I think that maybe vibranium might be thallium. | ||
| It might be hafnium. | ||
| What are those? | ||
| So hafnium is, if you look up the hafnium controversy, you'll find that hafnium can be used to create gamma ray lasers and also EMP devices and stuff. | ||
| And there was like, there's some controversy concerning that. | ||
| But Captain America's shield absorbs all of the energy and displaces it. | ||
| That's like the idea of his shield, right? | ||
|
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Right. | |
| So one of the things they did with hafnium is they actually used it in the H-bomb. | ||
| So one of the guys that was working on that, John Wheeler and Teller, Edward Teller, they basically designed the inner core of the H-bomb to be a hafnium mirror that would basically, a gamma ray laser that would reflect all these rays back in on itself. | ||
| And that's part of the mechanism for how the hydrogen bomb worked. | ||
| Was that it used hafnium in its construction? | ||
| And that was that's sort of like a little bit related because it literally takes all this energy absorbs it and then releases it all at once Which is very similar. | ||
| That's like that's like Black Panther's suit in the movie. | ||
| Yeah, exactly Yeah, it's really interesting looking back at you know, Hollywood and entertainment just a few decades ago trying to kind of Envision what the future is some of them, you know hit the nail on the head to me in my opinion demolition, man Got a lot of things right nailed it including calls. | ||
| I I think they're the ones that like first kind of did that but but other ones obviously are very wrong. | ||
| I'm still waiting for the three seashells. | ||
| I'm waiting for the cursed machine. | ||
| I mean it's already in effect somewhat. | ||
| If you curse, you get a fine automatically. | ||
| But then he walks up, it prints a ticket, so he just starts swearing and then he rips it and goes to the bathroom with it. | ||
| If we, if we, if we curse, we're going to lose our monetization as well. | ||
| So, uh, so there's other things that, you know, are right, aren't right. | ||
| But from your kind of perspective, especially from your conferences, what are some of the things presented that you saw that you could speak about that are truly inspiring or the most eyeopening to you? | ||
| Well, hold on, let me rephrase that. | ||
| What was the craziest? | ||
| That's what I was going to say. | ||
| I want to see a guy pull out like a lightsaber or a laser gun and hoverboard. | ||
| What's the craziest thing you saw presented? | ||
| I don't know. | ||
| There's been a lot of interesting presenters, but I almost feel like the best is yet to come. | ||
| Because the people that really know the stuff, we've had a lot of these guys show up and they're like, look, I worked on a lot of this stuff in classified programs. | ||
| I can't talk about what I worked on. | ||
| But I can sit in the background and say, hot or cold? | ||
| You know, so that's kind of... I remember when we had a, when we saw Joe Rogan had Bob Lazar on, right? | ||
| Yeah. | ||
| For those that aren't familiar, he's this dude who, what was he, a contractor, right? | ||
| Yes. | ||
| And then he worked at Maison Physics Facility for a brief time in 81. | ||
| He said that he saw like this, this like machine, like it was like an object where he couldn't get his hands, like it was a force field almost, something like that. | ||
| Do you think that guy was telling the truth? | ||
| Well, I've done a lot of investigations into Bob. | ||
| Actually, a friend of mine named Dan Benkert, about 50 minutes north of here in PA, he did a lot of this research and he's really good friends with John Lear and George Knapp and all those guys from the original story and stuff. | ||
| And the Bob Lazar case is an interesting case, but we've done a ton of research on it. | ||
| And, you know, we'd look at the actionable intelligence and the science and stuff. | ||
| And, you know, what we call element 115 in this in sort of our jargon is what's called unobtainium. | ||
| And unobtainium is like saying that, oh, well, you can have antigravity, but it's this element that can only be created in supernovas and really, really far galaxies. | ||
| And we can't create it in our You know, labs and stuff. | ||
| It's basically saying that, yeah, you can have anti-gravity, but you need this high-hanging fruit that you'll never, ever reach, is kind of the idea with that Element 115 story. | ||
| That's what he was saying. | ||
| There's a lot of controversy with that story. | ||
| They said that he predicted Element 115. | ||
| It's not that hard to predict higher elements in the periodic table. | ||
| It's literally arithmetic. | ||
| You're literally just adding protons. | ||
| You know, anyone who can add So I heard that there's a... I was just reading... Sorry, I want to go back on Bob Lazar, but Bob Lazar, we'd like to invite Bob actually to APEC, you know, because I've never seen Bob give an interview with any scientist. | ||
| He's never given interviews with physicists. | ||
| It's always like, it always seems like the interviews he does gives are controlled and all the questions are pre-screened and stuff. | ||
| No way, Joe, prescreen any of that stuff. | ||
|
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No. | |
| That's too much. | ||
| It's like, that's not the kind of person- For a two-hour long conversation? | ||
|
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Yeah, no way. | |
| I had a lot of people, like, saying that, oh, he's involved with a deal with Netflix and that he's getting paid to promote this because, let's face it, after Bob Islar was on Joe Rogan, his film on Netflix got, like, a million hits. | ||
| Sure, sure. | ||
| But, like, I know Joe. | ||
| There's no way Joe was like, here's a list of, like they gave him a list of questions. | ||
| Nah, he wouldn't do that. | ||
| I mean, even the best actor wouldn't remember two hours of script. | ||
| He's been saying it for 30 years. | ||
| No, no, for sure. | ||
| For sure. | ||
| But like Joe could ask whatever he wants. | ||
| But he doesn't know what to ask. | ||
| He only got into the case recently. | ||
| But that's just a safe interview for Bob then, right? | ||
| You know what I mean? | ||
| They put Bob in a situation where they know that Joe as a layman is going to ask only safe questions based on what he's seen on the TV. | ||
| It's really curious that he got an opportunity right after he came out in the early 90s to present before Stanford University to a team of physicists and he turned that down. | ||
| He also initially said that there was an alien. | ||
| Remember that? | ||
| His initial story was that he saw an alien and later said it must have been a puppet. | ||
| And I'm like, why say that anyway? | ||
| Did they really do that? | ||
| I don't know if I believe it. | ||
| I feel like they wanted to feed this guy disinformation. | ||
| They had him working on, like, high-tech drones that they had recovered from Tesla Tech, or that they'd been working on since they raided Tesla's office. | ||
| And they invited these scientists in. | ||
| They were like, just in case they go rogue, we're gonna feed them a bunch of crap so that they look like idiots. | ||
| We're gonna tell them it came from Zeta Reticuli, that there's a new element that you can't find, and that there's aliens involved. | ||
| There's lots of theories, you know. | ||
| Well, like I was just saying, the joke from The Men Who Stare at Goats, where it's like, the Russians think we did it because the French started a rumor, and then we denied it, but they think we're lying. | ||
| It's like, with Bob Lazar, he tells this story, for those unfamiliar with this story, there's a documentary about it, many of you are probably familiar with it, it's on Joe Rogan, and he talked about how he saw all of this tech, this crazy technology, anti-grav, saw aliens, and then later said, well, is that maybe a puppet or something? | ||
| But many people speculate, what if it was a Potemkin research base? | ||
| That the idea was, bring in this contractor, bring in a bunch of them, show them very ridiculous magic tricks, tell them it's real so they believe it, and then wait for one of them to leak it. | ||
| That way, our enemies at the time, Russia, the Soviet Union, would hear the U.S. | ||
| has crazy weapons. | ||
| Better not attack them, because they got anti-grav and they're working with the aliens. | ||
| Do you know the Russians, after Bob Lazar came out, they spent about a billion dollars looking into element 115 and trying to create super-heavy elements? | ||
| The Russians created element 115. | ||
| It's called Moscovium. | ||
|
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Really? | |
| Because it was discovered in Moscow for the first time. | ||
| What can it do? | ||
|
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Can it make you meditate? | |
| It has about a 32-second half-life, and it decays. | ||
| There's no stable isotope, like Bob claimed, yet found. | ||
| If there is one tomorrow, then I But right now we don't. | ||
| But right now we don't have that. | ||
| Well, the US government has a long history of playing psychological tricks and psyops on their scientists that work with them. | ||
| The real secrets they wouldn't allow to leak out. | ||
| Well, it depends. | ||
| We can't make definitive statements like that because, again, anything's possible, right? | ||
| Yeah, or they leak it, or they bury it 30 years later. | ||
| It'd be buried. | ||
| Well, I'm just saying disinformation is something that the US government uses many times, and they steer scientists, tell them they're working on one thing when they're working on another. | ||
| That was the Manhattan Project. | ||
|
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Exactly. | |
| That's exactly what it was. | ||
| And it could be that Bob Lazar was told certain things that weren't true. | ||
| But his story was that he was a part of a team trying to reverse engineer this alien technology that was given to them. | ||
| Right. | ||
| And if one scientist doesn't do it, another scientist is going to try, and they keep swapping him in and out. | ||
| That's the story. | ||
| He was working on like eight different craft, I think. | ||
| He said he saw eight different shapes of craft. | ||
| Right. | ||
| There's a big long story. | ||
| There's a lot of details involved and stuff. | ||
| And like I said, we go after actionable intelligence. | ||
| The research I did into S4, I found that there's no evidence of a base at Papoose Lake. | ||
| We have the satellite photos of the facility that has never been touched. | ||
| going back decades, so that we haven't found evidence of a base at Papoose Lake, but we did find a Site 4, which is at Tonopah Test Range, which is like literally right next to Area 51. | ||
| So on a lot of these maps that show like Area 51 and S4, they're really talking about Site 4, which is at Tonopah, which is where a ton of these, you know, electronic countermeasures and other technologies were worked on. | ||
| This is where, you know, they built and flew the F-117 and the stealth fighter and the bombers and stuff. | ||
| I saw a story not that long ago, maybe a couple months ago, and it was talking about these strange sightings of strange vehicles appearing near a naval base. | ||
| And the funny thing was, it was like, you know, these soldiers are saying they see it, and they're reporting when they're doing these training missions, they see these strange craft, and now they're publishing it, and everyone's like, this is it, there's aliens. | ||
| And then they casually mention in all these articles that only, you know, 70 miles away is an advanced naval research base. | ||
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And I'm like, so what they're seeing? | |
| They're just seeing aircraft made by themselves. | ||
| Is it? | ||
| And they're not high enough security clearance to know what it is, so they record it. | ||
| And then why is it that so many higher-ups would dismiss the stories initially? | ||
| Because the stories apparently was that they were finally now going to take these claims seriously in case it was a security threat. | ||
| Well, listen, if you're higher up and then you hear a story where it's like, I saw a crazy vehicle and you're thinking to yourself, yeah, the research base is 50 miles away. | ||
| They're flying something around. | ||
| You wouldn't care. | ||
| You'd be to ignore it. | ||
| That could be a weakness for us because it really could be an external threat. | ||
| So maybe it's good. | ||
| They're actually looking into it, but it also could be just completely redundant. | ||
| Oh yeah. | ||
| We better investigate ourselves for the project we're working on. | ||
| Is it possible that there are craft that are so lightweight and that are being moved around like by a laser or by a magnet or something? | ||
| All right, so there's lots of different technologies. | ||
| There's a guy from NASA, Lightcraft International. | ||
| He started a company. | ||
| His name is Leakmiraboo. | ||
| It's L-E-I-K-M-Y-R-A-B-O. | ||
| And he was working on exactly what you're talking about, microwave-propelled craft, where they actually fire... It was called Project Skyvault. | ||
| And they fire microwaves at beamed craft and light craft. | ||
| And they're able to, like... And they developed this into a technology where they can actually, like, blast these and ionize the air surfaces flowing across wings of aircraft so they can literally move the aircraft and take control of the aircraft by like warping the air currents around the aircraft themselves. | ||
| So they can take control of like, there's a whole patent we have on taking control of an enemy aircraft using this microwave lasers to ionize the gas of the air going across their wings to disrupt its flight. | ||
| And then also there's what are called phase-conjugate mirrors, which are really strange optical property, and they have radar-absorbent paint made out of these kinds of materials. | ||
| In fact, the paint that they used on the stealth fighters was actually a metamaterial made of barium titanate, and they actually mixed it in the paint so that it was radar-absorbent. | ||
| So would that not appear on radar? | ||
| I thought the goal of stealth was that it looked like a bird. | ||
| Right, it's that cross-sectional, they basically, the goal is they took that formula for the cross-sectional radar area of a object and they figured out how to minimize the parts of it in that equation to make things disappear. | ||
| And one of the things that they found was like that the flat areas and also they, well the V2 was built actually by these two German scientists or aviation guys. | ||
| There was a team of brothers and they built the flying wing, the first flying wing. | ||
| And it was actually like, they were calling it German stealth technology because actually the stealth was actually a byproduct. | ||
| It wasn't actually an intentional part of the design. | ||
| They just, because they built a flying wing, it didn't have that long fuselage and that long, because that's where the radar was bouncing off of on their planes, they found. | ||
| So they did a lot of research into radar and radar signal returns. | ||
| And that's a lot of the research that was actually done out at Area 51. | ||
| And it was headed by the CIA under a project called Project Rainbow, which was headed by a guy named Edward Mills Purcell. | ||
| And Edward Mills Purcell was a physicist who won the Nobel Prize in the 60s for discovering nuclear magnetic resonance. | ||
| And the fact that atoms are basically like spinning magnets, and they have resonances, and they have different rotations. | ||
| I gotta be honest, Jeremy. | ||
| You made an extremely important point early in the show, and it kind of just sucked all the fun out of it. | ||
| When you mentioned the need for the factories to build nuclear weapons. | ||
| You know, so I'm not saying people should build nuclear weapons. | ||
| Let me make my point. | ||
| You know, I said, why can't a 12-year-old have a nuclear bomb? | ||
| You said you gotta have the factories, the refineries. | ||
| So that means, it's not necessarily true, but when we're looking for the production of hovercrafts and UFOs and spaceships and alien tech, You'd see the factories and the industry. | ||
| You'd see the industrial facilities. | ||
| You'd recognize them in satellite images. | ||
| Even if they blur them, they would still need way more production facilities than what we can actually see. | ||
| I think they're underground. | ||
| I mean, maybe, but then, it's also, the idea is that the U.S. | ||
| has how many factories built underground to produce this stuff, and we don't see stuff going in or out? | ||
| Like, wouldn't we even see where they were underground? | ||
| They'd have to bring stuff down there, right? | ||
| I mean, we have a massive, I mean, trillion dollar military industrial complex, uh, you | ||
| know, budget that of course spends money absolutely recklessly and there's trillions of dollars | ||
| that's missing. | ||
| Who knows? | ||
| I mean, I think it's in the realm of possibility, but going back to World War II in Germany, | ||
| German scientists were working on some pretty crazy radical concepts. | ||
| I believe, correct me if I'm wrong, there was even an image of a saucer that German scientists were trying to configure as a way to make it fly and make it as a flying object. | ||
| I don't know if you've seen that. | ||
| But then, of course, we have to understand under Operation Paperclip, a lot of these top Nazi scientists, a lot of these German World War II scientists, were particularly taken From Germany, brought into the United States, brought into the CIA, brought into the Pentagon, brought into building the U.S. | ||
| military-industrial complex. | ||
| Didn't we do that with a Japanese research team? | ||
| What was the name of that Japanese research team that was, like, torturing people? | ||
| You know what I'm talking about? | ||
| Oh, the, um, station number something or project something. | ||
| They would put their arm out, like, into the cold, and then while they were alive, and just, like, watch their arm freeze off. | ||
| Just really crazy stuff. | ||
| Yeah, a lot of the stuff we learned about hypothermia came from this Japanese research unit that was doing live human experimentation. | ||
| Creepy stuff, man. | ||
| And also the German scientists that were doing a lot of experiments on humans, too. | ||
| And the U.S. | ||
| government, especially with what we know from acid and what we don't know from all the other kind of classified stuff that still is secret to us. | ||
| Unit 731, that's what it was called. | ||
| Yeah, Unit 731, that was it. | ||
| So about the saucer theory about Germany. | ||
| So the Germans actually were looking into something called the Thule Society and the Vril. | ||
| Yes, I remember hearing of the Thule Society. | ||
| And so the Germans had apparently some kind of top-secret research going on into these ideas. | ||
| And of course the Germans were the ones who, you know, where quantum mechanics was born. | ||
| You know, it was of course discovered in Italy. | ||
| The first sustained nuclear reaction was done in Italy by Enrico Fermi. | ||
| But a lot of the theory was laid down by German scientists like Heisenberg and Einstein, in fact. | ||
| And it really lost Hitler the war because he went after the Jewish population because that drove out a lot of the most brilliant scientific minds of the time in Germany and caused those people to come to the U.S. | ||
| And when we got Einstein and we got Heisenberg, it was like, All right, it's like we have all your brain power. | ||
| This is what happens when you have an ideology-based society rather than a merit-based society. | ||
| And I'm mentioning this because many people say what's happening right now, especially within the U.S. | ||
| government, especially within the establishment, is pushing the ideology over merit. | ||
| Oh, dude, dude, yes. | ||
| And all their best people are leaving, and they're coming to AIPAC and presenting all this information out to the public so that the public can have it. | ||
| But the same thing happened in Germany, and Germany lost people like Einstein that, of course, decided to flee, rather than, of course, you know, this Italian regime. | ||
| Now, think about this. | ||
| We did a segment last week on male testosterone dropping. | ||
| And Luke mentioned how, in China, they're doing these training drills to make their men more manly. | ||
| You take a look at how China is behaving, and they're very authoritarian. | ||
| It's horrifically nightmarish. | ||
| And you take a look—it's an extremist ideology as well—you take a look at what's going on in the U.S. | ||
| with the rise of critical theory and how extreme that is, and There's probably going to be people who are in the United States or in China looking for places to escape to. | ||
| I mean, especially China. | ||
| I mean, they got concentration camps. | ||
| But even in the U.S., we often hear from people say, I'm going to leave. | ||
| I don't want to stick around. | ||
| I think we'll actually get to that point where people are looking at, say, you know, Joe Biden bringing back critical race theory training programs that Trump tried to get rid of. | ||
| There may be a lot of people who don't want to be involved in this. | ||
| They're going to quit their jobs and start their own companies or they're going to want to leave the country outright. | ||
|
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Right. | |
| And that's when the US will be hit with the brain drain due to an ideological bent and | ||
| people are not comfortable living under a boot in that way. | ||
| Another dimension of that is on the internet, on social networks, you see people fleeing | ||
| social networks that are oppressive. | ||
| And I've often wanted to rebrand minds as a social network for smart people, but Bill | ||
| is like, nah, it's too much. | ||
| But we have to understand the major epicenters, the major kind of places where people gather to build stuff, major cities, they're absolutely being eviscerated right now with lockdowns, which is preventing people from doing business. | ||
| And the people of means are leaving. | ||
| I mean, this is crazy stuff. | ||
| If it weren't for the lockdowns, though, we wouldn't have launched AIPAC. | ||
| That was like everyone's home, we're all just waiting to do meetings, and that's why we decided we're going to start our own conference. | ||
| Check it out. | ||
| Like, in California, the people who are okay with what the government has been doing to them, stay. | ||
| And the people who aren't, leave. | ||
| But most importantly, many people who don't like what's going on and can't leave, stay. | ||
| And then you see Joe Rogan leave, you see Elon Musk leave, you see Ben Shapiro leave. | ||
| You see the people with the ability to do so, do so quickly. | ||
| And that means some of the biggest industrialists and personalities will leave under this ideological oppression. | ||
| California is brain-draining itself of the people who are running big companies. | ||
| And now, there was a really amazing segment Bill Maher did. | ||
| Bill Maher is this liberal guy with Adam Schiff. | ||
| And he's like, look at all the people fleeing! | ||
| He said, I came here in the 80s and I found paradise, but now I don't know what I'm getting for my taxes. | ||
| What am I getting? | ||
| And Adam Schiff is like, well, we're gonna make California. | ||
| Now, here's the kicker. | ||
| We're getting off the science subject stuff here, but David Hogg of Parkland Notoriety, no disrespect, I mean, that's a horrifying event, wants to start a pillow company to compete with Mike Lindell, who has my pillow. | ||
| I could be wrong about this, but my understanding is that he's literally calling it our pillow. | ||
| I'm, I know, I'm, I'm, yeah, I mean, I'm pretty sure he's calling it our pillow. | ||
| I think he's too tapped in. | ||
| But anyway. | ||
| Withdrawal. | ||
| He tweeted something about how, this is crazy, he tweeted how we needed union, factory that pays fair wages, and like California's out of the question. | ||
| Yes. | ||
| Who wants to buy a $500 pillow? | ||
| Like no matter how good it is. | ||
| So, so these oppressive and authoritarian systems are actually hurting our ability to save this planet. | ||
| This is the main point I want to make. | ||
| How do we get past the problems we're experiencing today with, say, global warming? | ||
| Global warming, big, big, big problem. | ||
| A lot of people don't believe in it. | ||
| A lot of people think it's a very serious problem. | ||
| A lot of politicians will scream and cry, the world is ending, and then fly in private jets and buy waterfront property. | ||
| But in my opinion, we had Dr. Chris Martinson, PhD pathologist on, talking about fishery collapse. | ||
| He was talking about the insect populations collapsing. | ||
| Whatever your idea is, there's a delicate balance to this planet, and we are disruptive. | ||
| Here's the problem I see. | ||
| Dude, I'm all in favor of solving these problems. | ||
| But we need to solve it through industry, meritocracy, ingenuity, etc. | ||
| When the left gets ideological and says, no nuclear energy because nuclear energy is bad. | ||
| And we're like, but that's one of our best chances to stop using petroleum. | ||
| They block us from doing it. | ||
| Yeah. | ||
| Because of ideology. | ||
| Because of the dirtiness of fission. | ||
| But when you talk about fusion, which gets roped into that same nuclear power thing, and it's really a completely different process, and maybe you shouldn't even call them both nuclear, though there is nuclear energy involved. | ||
| I think once we develop fusion, Sure. | ||
| Because we have all these ideas about what to clean, where to get the carbon from, what you gotta, the ropes you gotta drag, but we need a power source. | ||
| But look, look, even at Elon Musk with Tesla now becoming, Tesla is worth more than all of the next top 10 auto manufacturers. | ||
| It's amazing. | ||
| They drove him out of California. | ||
| I mean, here's a guy who's doing everything they should want. | ||
| First of all, they hate his guts. | ||
| He's a billionaire, and he's a nasty person. | ||
| I'm like, he just made electric cars cool. | ||
| That's gonna help the planet, right? | ||
| They don't care. | ||
| Because ideology drives most of these people. | ||
| Not all of them, but the ones that are active in the culture war. | ||
| And then the California government... | ||
| becomes repressive, oppressive, and ideological, and then it pushes these people away. If this | ||
| keeps happening, we won't be able to actually solve these problems and save the planet through | ||
| new technology. Yeah, I mean, I actually remember seeing that Bill Maher clip and I tweeted, quote, | ||
| even the guy who looks like my dad is realizing the big government is screwing everything and | ||
| everyone. Now, if you look and compare what California is doing to what China is doing, | ||
| you know, some people are making parallels that it's almost the same thing. | ||
| It's not. | ||
| It's completely driven. | ||
| And when we have societies that are based off... A little different? | ||
| Yeah, sorry. | ||
| There's, you know, a lot of people like to say that they're similar. | ||
| They're not. | ||
| Because when you see what's happening in China, especially with their promotion of masculinity, and then you have Chinese institutions and Chinese financial banks financing a lot of the colleges in the United States, they're promoting that masculinity is toxic. | ||
| And when you look at this larger kind of spectrum that's unfolding here, you see China centralizing a lot of this for their own personal benefit. | ||
| You see the United States centralizing it Not for their benefit, but for the benefit of the few elite that, of course, don't serve everyone else. | ||
| And there's a big difference here with the elites in America also being the ones that are bankrolling China at the same time. | ||
| A lot of people like to post about how Star Trek is communism. | ||
| It's literally not. | ||
| But they don't care because they're ideologically driven. | ||
| I mean, whatever Star Trek is, it doesn't really fit the definitions that we have historically. | ||
| It's just a sci-fi world of peace on Earth. | ||
| You know, they're not in outer space, but they have replicator technology and they can... their ship's anti-grav and all that stuff. | ||
| And they're like, see, that's communism. | ||
| I'm like, dude, it's nothing. | ||
| It's Star Trek. | ||
| It's a magical universe of fiction. | ||
| If we want to get to that point, it's not going to be through government authoritarianism and a command economy. | ||
| It's going to be through smart people working really, really hard and people in general coming together to find new ways to do new things And unfortunately, you know, it's interesting. | ||
| Ryan Long, he's the comedian, has this new segment out. | ||
| Did you guys see this? | ||
| He's at the church. | ||
| The Church of the Woke. | ||
| And he basically is dressed like a priest, talking about how their new religion is wokeness. | ||
| And essentially, humorously, drawing parallels between oppressive religious doctrine and critical theory. | ||
| That's the freakiest thing to me. | ||
| That you've got people on the left weaponizing critical theory, which is a moral authoritarian dogma, which is going to restrict our ability to actually develop new technology and do new things. | ||
| One of the biggest problems I've always had with the left, because I used to do fundraising for non-profits, One of them, I worked for several environmental nonprofits, and I immediately started researching, okay, climate change is a problem, right? | ||
| Global warming is a problem, carbon emissions, all that stuff. | ||
| Okay, what's our best solution? | ||
| And I came across nuclear energy. | ||
| It has zero emissions, and it has a massive energy return on energy invested. | ||
| Thorium reactors. | ||
| Yeah, I've heard of it. | ||
| Thorium salts, right? | ||
| Yeah. | ||
| So they're very safe, they don't melt down. | ||
| How do they work? | ||
| Um, there's... I mean, I'm not going to get into all the science of it, but... Long story short, they're safer, they don't melt down, it's liquid, right? | ||
| It's a liquid reactor? | ||
| Yeah, it's a liquid core reactor. | ||
| It's safer because you can use the fuel indefinitely, it doesn't have spent fuel rods, so there's not the waste problem that other fuels have, like we have at Yucca Mountain with all the reactor fuel. | ||
| But so, here I am, and it's these exact environmental organizations saying no to nuclear energy. | ||
| And I didn't know why. | ||
| I said, well, it's zero emission, and this new technology is safe, and they're like, nuclear is bad. | ||
| It's bad for the planet. | ||
| It's the same reason they took, like, an MRI machine, the same, I talked about Edward Mills personally, he invented NMRI, nuclear magnetic resonance, so what they use in an NMRI machine, an MRI machine, it's called an MRI machine because they took the N out. | ||
| It's actually a nuclear magnetic resonance imaging machine. | ||
| But they removed the word nuclear because People hear that word and they don't understand it. | ||
| But all this is just the nucleus of an atom. | ||
| It doesn't mean that it's nuclear fission or that it's nuclear active decay or radiation. | ||
| Nuclear doesn't mean radiation. | ||
| It doesn't. | ||
| So do we need like a Atlas Shrug type scenario where all the wealthy industrialists flee to a secret location to be free from the oppressive government? | ||
| Yes. | ||
| We've had a discussion. | ||
| I think we're all on board with that. | ||
| Making a ranch where we can build saucers. | ||
| And isn't it kind of sad that our resources, our money, is being spent for destruction rather than building, rather than actually construction? | ||
| If you look at where the majority of the scientific community, where you look at the majority of the money that goes into them, it goes into weapons. | ||
| Not, of course, helping, creating, solving a lot of the problems that we all face. | ||
| And we have to keep all of the technology secret. | ||
| Everything has to be not open sourced. | ||
| Everything has to be kept for power purposes and ego. | ||
| And, you know, it's when we look at it from the bigger picture, it's absolutely sad and pathetic. | ||
| They've got to be 30 years ahead with what we have publicly. | ||
| You know, they're 30 years advanced in some ways of what's the classified stuff that's out there. | ||
| And they're holding that and withholding it and using it to make weapons. | ||
| The whole goal of this is the Military-Industrial-Banking-Intelligence-Petroleum Complex, is what I call it. | ||
| And it's basically this organization of rich people that want to maintain power and control under any terms possible. | ||
| And that includes keeping these technologies under wraps and only for them and for their purposes. | ||
| There are a few things. | ||
| In this world that can break my heart as tremendously as two specific historical incidents. | ||
| The first is the burning of the Library of Alexandria. | ||
| What a horror story for human history, man. | ||
| That one just right through the heart, huh? | ||
| The second, though, is the quote from Wernher von Braun. | ||
| What is he, the godfather of rocketry, essentially? | ||
| And he helped make a bunch of crazy weapons, rocket weapons, for World War II Germany. | ||
| And he has a very famous quote. | ||
| Let me read a little bit. | ||
| They say, when the first V-2 hit London, von Braun remarked to his colleagues, the rocket worked perfectly, except for landing on the wrong planet. | ||
| That's so sad, man. | ||
|
unidentified
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That's just a punch in the gut. | |
| This is a guy who said, I want to travel the stars. | ||
| I want to land on other planets and rockets can do this for us. | ||
| And then a psychopath took something so beautiful and turned it into a weapon of mass destruction. | ||
| All I want is fusion. | ||
| I want working fusion power. | ||
| I know it's here. | ||
| We have cold fusion, but it's going to create a weapon. | ||
| It is, and it's going to end up being used to destroy a lot of humans. | ||
| But what could they do with a fusion reactor? | ||
| If everyone had one? | ||
| I don't know, focus the energy into a city? | ||
| So about cold fusion, Peter Hagelstein is a researcher at MIT. | ||
| I went to a cold fusion course that they had an open IAP course where you could just basically anyone from the public can go there and go to MIT and take a course on cold fusion for a week. | ||
| and um... there's all these professors only students there and that just came | ||
| to show up for the course i i of course went cuz i'm eleven you know right i live close enough to boston i drove in | ||
| every day actually state my my brothers lives in boston so i stayed | ||
| his house and uh... | ||
|
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what's what explain to us fusion cold fusion basically idea is that | |
| you know in regular fusion fusion happens in a star We have the biggest fusion reactor in the sky. | ||
| We're trying to, we're wasting tons of money on hot fusion trying to build these tokamak reactors and these fusion reactors here on Earth to mimic what happens in the sun. | ||
| What does it do? | ||
| Like, what is the sun doing? | ||
| It's literally what's called, you know, breaking the Coulomb barrier. | ||
| It's pushing through gravity and other forces. | ||
| It's pushing these things so close together that they get so close that through quantum like tunneling, they think that they're in the same place and they actually fuse. | ||
| So like a hydrogen would come together and make a helium or something like that? | ||
| Two hydrogens will come together. | ||
| The protons will add and will create two protons in the nucleus. | ||
| They start hugging each other and then it creates the next heavy element and then the next heavier element. | ||
| And how does that make energy for us? | ||
| What does it do? | ||
|
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It's hot. | |
| So there's a mass difference between the nucleus and there's a mass conversion. | ||
| So some of that mass is down converted and then the leftover mass is actually energy through equals mc squared and that we can extract that extra energy that's left over after the fusion reaction. | ||
| So what do we do? | ||
| We end up with what? | ||
| Like it eventually turns to gold? | ||
| So it will, yeah, it will actually, in S.T.A.R.S., Carl Sagan is a good book on this, The Cosmos, if you ever read Cosmos by Carl Sagan, he talks about this, there's a documentary on it too, where he basically breaks down what stars do. | ||
| We're all star stuff. | ||
| We're all made out of stardust. | ||
| And everything that, all the atoms in my body and your body and all the atoms that are here on this planet | ||
| were created in supernovas through nuclear fission, I mean nuclear fusion in stars over billions of years. | ||
| And when they basically create, the helium's fused, they create helium. | ||
| Then the helium fuses with another hydrogen and creates lithium, the next heaviest element. | ||
| And it keeps going up and going up and going up. | ||
| Lithium's solid, solid metal. | ||
| It's a solid metal, yeah, it's actually a solid metal. | ||
| So in helium, it's this invisible gas, combines another invisible gas, you'll get a physical piece of metal. | ||
| Yes. | ||
|
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That's cool. | |
| So there's different theories on what matter is and how matter is constructed and how matter is made. | ||
| And of course, you know, the alchemists tried to do fusion in their laboratories to turn mercury and lead into gold, right? | ||
| So what is cold fusion then? | ||
| The idea is that, you know, if we can understand nuclear science, then we can create ways to | ||
| trick, you know, these atoms into doing these things. | ||
| So what is cold fusion then? | ||
| That's like, I hear that's like the holy grail of energy. | ||
| Right, it is. | ||
| It was when it came out with Pons and Fleischmann, these two award-winning electrochemists, discovered this effect at, you know, I think it was Brigham and Young University, where they discovered this, in Utah. | ||
| And they weren't sure what to do with the effect that they discovered. | ||
| They went to people in their department to try and, you know, what do we do? | ||
| Because, like, we have a new breakthrough energy source, potentially. | ||
| We could get shot by the oil companies. | ||
| Like, how do we get this out? | ||
| And one of the guys at the department was actually a guy named Stephen Jones. | ||
| I know him. | ||
| I spent a long flight from L.A. | ||
| to Australia with him, sitting next to him. | ||
| Yeah, I've met him before, too. | ||
| He's an interesting guy. | ||
| He's got a lot of papers on muon-catalyzed fusion, and he's got a lot of interesting ideas and stuff. | ||
| ColdFusion is the one that he's, that's the whole history of it. | ||
| But what essentially, they re-coined the term because this press conference blew up in their face. | ||
| They had a bunch of Caltech and MIT guys come in and say, like, oh, look, this doesn't exist. | ||
| MIT basically wrote the obituary. | ||
| They wrote an obituary for ColdFusion before they had the data and the results back from their lab. | ||
| But real quick, can you explain what ColdFusion is? | ||
| It's now called lattice-assisted nuclear reaction because what they know is happening is that inside of a lattice of a metal, these atoms are able to behave differently than they behave inside a star or inside the surface of the sun where they're fusing. | ||
| So inside of a metal, you can saturate metal. | ||
| What they do is they saturate palladium with tons of deuterium. | ||
| Deuterium is like heavy water. | ||
| You take hydrogen, it has two isotopes. | ||
| One hydrogen is just a proton. | ||
| So if I add a neutron to that, it makes it heavy hydrogen. | ||
| That's called deuterium. | ||
| If I add two protons to that, it's even heavier. | ||
| Two neutrons. | ||
| Two neutrons. | ||
| And that's called tritium, right? | ||
| So what they do is they take deuterium and they pump a ton of it into this palladium lattice until they get a saturation of over 90 percent. | ||
| And then when they hit that that saturation point which they proved the Caltech and MIT | ||
| replication experiments never got up to that level where they would have even seen an effect in their labs. | ||
| But numerous other labs have done this over the past 30 years since this and have shown positive results. | ||
| And there's an international collaboration of scientists still working on cold fusion and still researching this. | ||
| I got a question about this. | ||
| So we got to keep going on this. | ||
| If it didn't exist, it would be dead. | ||
| So you put deuterium, which is basically hydrogen with an added neutron. | ||
| So it's heavier than regular hydrogen. | ||
|
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Yes. | |
| Put it in a lattice of palladium. | ||
| Yes. | ||
| And then you say, because it's heavier, they don't like bounce past each other. | ||
| They have more of a tendency to, to nail each other when they, but what do you do? | ||
| Do you vibrate the palladium to get them to fuse? | ||
| Well, they found that vibrating the palladium, or shooting it with a laser, and something called superwaves, where they have multiple frequencies added on top of the same wave, when they hit them with these sort of superfrequencies called superwaves, or do laser-assisted, lattice-assisted nuclear reaction, that it increases the effect. | ||
| So there is some sort of, what we believe is going on, is that there's some sort of entanglement, some sort of coupling between the atoms inside this lattice when you get a high enough concentration and get enough of them packed in. | ||
| And that allows for fusion to take place. | ||
| Not only does it allow for it to take place, but it also allows for the gammas that should be produced in these reactions. | ||
| That was one of the arguments that these reactions should have produced gamma rays that should have killed these scientists if they were actually producing fusion in the laboratory. | ||
| But they've shown through Mossbauer effects and Bremsstrahlung radiation that they're actually able to divide that energy up and release it as phonons or electronic vibrations to a lattice, to the lattice. | ||
| So that's essentially how they convert it into energy that we can use? | ||
| But we can't use it, because in order to use energy like that, right, in order to build a power plant, I have to make steam. | ||
| That's what I need. | ||
| So that's how a nuclear reactor works. | ||
| We have these control rods. | ||
| We boil water. | ||
| We boil water, and then we use that water to push a Tesla turbine. | ||
| The same technology that Tesla invented. | ||
| So we could use the phonons to create piezoelectric, basically vibrate it until it creates an electrical charge. | ||
| It might be a way to do this with cold fusion where we create smaller volts. | ||
| The thing is that there's more research that needs to be done into turning this into usable energy because you can build a cold fusion reactor, but if it's cold and it's not boiling water, then you're not going to be able to produce steam. | ||
| You're not going to be able to build a power plant with it. | ||
| What is it? | ||
| It's literally cold? | ||
| Isn't it like you can touch it? | ||
| Like it's not hot? | ||
| It's just happening—cold is, I think, a relative term. | ||
| I believe they electrolyze this, and they actually try not to make it too hot, because it will actually fissure the metal and have other effects. | ||
| But it takes place cold, yes, at a much colder temperature than— So wait, wait, wait. | ||
| You're saying that they can do it, but they just can't convert the energy in any meaningful way? | ||
| That's one of the biggest problems right now. | ||
| Like, energy's coming out, and they're like, now what? | ||
| Yeah, so now we've measured, you know, the U.S. | ||
| Navy SPAWAR lab actually measured tritium in their cold fusion tests. | ||
| The guy, Larry Forsley. | ||
| And I met him at MIT at the conference, too. | ||
| But these guys have proven that, you know, fusion's taking place. | ||
| There's some other process that's not well understood that accounts for why we don't see these high-energy gammas being produced. | ||
| But then there's the problem of engineering a power plant out of it because how do you, you know, how do you boil water? | ||
| It's producing phonons. | ||
| You boil water! | ||
| Are the phonons vibrating the lattice? | ||
| Where are the phonons going that it's producing? | ||
| Yeah, literally, it's relaxing that vibration and distributing it to a lattice. | ||
| Of palladium? | ||
| Yeah, it's divided among the lattice. | ||
| So if we could figure out how to get energy from vibrating palladium, I keep thinking of piezoelectric, which is just energy that you get from movement, then maybe we could have it vibrating. | ||
| But is it moving? | ||
| It really is moving? | ||
| It's really strange because it occurs at these active sites in the materials. | ||
| It only occurs, like, cracks in metal appear to be like an active site where these things are appearing. | ||
| And then, you know, there's different researchers on different sites. | ||
| One guy's saying, though, no, the cracks are bad and that's not what's going on. | ||
| And then there's other guys saying that the cracks are good. | ||
| It's just like... Palladium's interesting element. | ||
| It's the only element in the entire periodic table that has its outermost valence shell saturated with electrons. | ||
| So it's like electrically repulsive, so it's probably preventing the gamma radiation. | ||
| It's pushy. | ||
| It's got a lot of push to it. | ||
| That explains why Tony Stark replaced his palladium core, or why he had a palladium core in his arc reactor. | ||
| That's exactly, exactly. | ||
| Very similar to cold fusion in the arc reactor. | ||
| There's a lot of similarities between the arc reactor and cold fusion. | ||
| I'm kind of, I'm joking, but like was there, is that kind of the inspiration for? | ||
| I don't believe. | ||
| I think that came before, of course, pawns and flies from the Iron Band is like the 70s. | ||
| Doesn't it go back? | ||
| No, but I mean like in the modern iterations, he's got palladium in this core. | ||
| Then it like generates electricity of some sort. | ||
| I'm sure when Hollywood was redoing that film, they consult with people like me, because I've been approached by people in Hollywood, like, look, I'm making a film and I want some real science to throw in or something and mix with this that's realistic and stuff. | ||
| So that happens. | ||
| I know that happens. | ||
| Yeah, for sure. | ||
| But, you know, like, I don't know. | ||
| It's weird, man. | ||
| I mean, it's not too far off. | ||
| We can't learn too much, but... So what? | ||
| We've got to build a fusion power, a functioning fusion generator that produces electricity? | ||
| But then I hear these crazy conspiracies that oil barons and tycoons will come after them. | ||
| Do you think that's legit? | ||
| You mentioned before that there are people who don't want the system to change, and I hear a lot that's actually a very left-wing talking point. | ||
| The environmentalists, the climate change activists say that it's the big oil companies, their banker buddies, and the politicians who don't want to lose that control over the people. | ||
| A little bit more. | ||
| The general idea they have is that we as a people are addicted to fossil fuels. | ||
| We have built this entire civilization upon it over the past hundred plus years. | ||
| And you hear from people like Greta Thunberg, who she says, you know, we don't want to wait till 2030 or 2022. | ||
| We want it now. | ||
| We want a moratorium. | ||
| And that would mean the millions would die because they have no food production. | ||
| They have no vehicles. | ||
| And so, men on the left think it's the industrialists doing it on purpose, because so long as we're addicted to this, they can say, oh, but we can't get rid of it, you'll die. | ||
| Do you think that there's, like, I've seen so many videos where they're like, I have invented cold fusion, or I have invented infinite energy, and they show, like, magnets on a wheel spinning, and it's, like, very ridiculous. | ||
| But in a more serious tone, do you think that there may be scientists who have developed some maybe, you know, prominent renewable-type energy or clean energy that's being suppressed? | ||
| I'll mention one, um, you know, you mentioned like perpetual motion machines. | ||
| I've only seen one in the literature, which actually might work. | ||
| And it's based on Einstein's Brownian motion. | ||
| And it's, uh, I, that would mean that more energy is coming out of a system that was put into it that defies the laws of physics, doesn't it? | ||
| I sent you a link on it. | ||
| It's basically like it's a quantum effect and it basically exploits the Heisenberg uncertainty principle in some ways, which is kind of like what I talked about with these squeeze states. | ||
| You're squeezing one of those parameters in the Heisenberg uncertainty principle to make the other one go astronomical so that you can change its position or its momentum in space by focusing one. | ||
| If you know one You can only know the position or the momentum of an object to within a degree of h-bar over 2pi. | ||
| That's the Heisenberg Uncertainty Principle. | ||
| So if you know the exact position to within a finer degree of uncertainty than h-bar over 2pi, automatically the momentum will just go astronomical, just because it has to conserve this principle. | ||
| And the same thing with the momentum. | ||
| If you know the exact momentum, then suddenly the position changes. | ||
| So you can never nail down where anything is in quantum mechanics. | ||
| As soon as you try to, it moves on you. | ||
| Have you ever watched Who Killed the Electric Car? | ||
| It's a documentary. | ||
| Yes, the EV1 and the Saturn. | ||
| So I think that's what Tim is kind of pointing at with technological advancements. | ||
| Well, the conspiracy, he pointed out conspiracies. | ||
| There are conspiracies. | ||
| The General Motors streetcar conspiracy was a legit conspiracy. | ||
| There used to be trolley systems connecting the entire United States and the East Coast. | ||
| I could take a trolley from here to New York and I could pay like a dollar for it. | ||
| But then they took all the trolleys, they bought out all the trolley systems, and pulled all the cars off the rails, disassembled all the rails, all the train tracks, and then no one had any way to get around, so they had to buy cars. | ||
| So I can't even get into the details, but I could vaguely say that I met individuals that created You know, innovations, and they were bought out by big companies, and they were told to shut up, and they did, and they gave them a big fat paycheck, and a lot of these companies that these new advancements would contradict with their market, they just got rid of. | ||
| Even solar panels. | ||
| Yeah, and especially when you look at something like, you know, the petrodollar and its effects on the world stage involving Saudi Arabia. | ||
| I mean, Saudi Arabia is an empire in decline already, But if you look at the world going off oil, they're a country that again has a very hard time getting fresh water, has a very hard time creating any kind of vegetation, any kind of farmland. | ||
| Saudi Arabia, some people speculate, might even have a nuclear weapon already. | ||
| So when we're seeing empires in decline, there's a lot of ramifications for that and that's why there's been larger theories out there that there is some kind of bigger conspiracy to make sure that we stay on gas, that we stay on oil, rather than of course advance towards free energy or free technology or even innovations that are less, you know, cost-inducive and don't prop up the Saudi empire. | ||
| The Saudis actually have been publishing a lot of interesting papers at their university on squeezed states and metamaterials and all this kind of stuff. | ||
| I looked up the streetcar conspiracy and it's not as crazy as people think. | ||
| It's semi-debunked, it seems, based on one source I'm reading. | ||
| The general idea was there was a very aggressive campaign to buy up streetcars and then sell automobiles, but it was because the streetcar system was already struggling and potentially on the verge of collapse. | ||
|
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Of course. | |
| Of course. | ||
| How convenient. | ||
| Well, they could have upkept it, but they were like, eh. | ||
| GM bought them up. | ||
| upkept it but they were like, ah. | ||
| But in this larger sphere of conversation... | ||
| Well, they wouldn't have been able to buy them up unless there was, you know, there was a fear that they were going | ||
| to go insolvent. | ||
| And so GM was like, now's our chance. | ||
| So, that's why I'm saying semi-debunked. | ||
| Oh, GM bought them up. | ||
| General Motors. | ||
| Yeah, GM and its partner companies engaged in an aggressive campaign to sell public transport equipment to companies | ||
| that were otherwise reluctant. | ||
| Doing this involved buying up electric trolley operators like the Los Angeles Railway. | ||
| They say it was only feasible because the streetcar companies National Line purchased weren't on. | ||
| Bianco points out that this plan wouldn't have been feasible if the streetcar companies National City Lines purchased weren't already struggling. | ||
| So I guess the general idea is the streetcars were in a state of, you know, insolvency. | ||
| That's allowed auto manufacturers to come in and displace them. | ||
| I mean, look at the MTA, right, in New York City. | ||
| You've got an electric, essentially, Public transportation system, it's failing. | ||
| It is in dire straits. | ||
| Yeah, the one in Boston, too. | ||
| The T in Boston is the same thing. | ||
| They can't maintain them. | ||
| And there was some hope that Amazon coming with this new headquarters would pump in enough revenue that they could shift over to fixing the subway system. | ||
| And then, you know, there was this big protest by people like Ocasio-Cortez in the financial district which | ||
| resulted in Amazon saying no. | ||
| That's not a solution to New York's problems, mind you. But they struggle to fix these trains. So, | ||
| I mean, it seems feasible that the system is just not being maintained properly. It doesn't work. | ||
| Well, the MTA receives a crap ton of money We're talking about bridges. | ||
| We're talking about toll money. | ||
| We're talking about... Some tolls in New York City to cross a bridge cost almost $20. | ||
| Probably $20 by the making of this video already. | ||
| Last time it was, I think, $18 to get across the Verrazano. | ||
| So we're seeing a huge mismanagement. | ||
| We're seeing it poorly run, and they're in the deficit. | ||
| They're in the hole. | ||
| So I think this more says to something that happens when you have centralization, when you have big government. | ||
| More than when you would have a free market. | ||
| But there's also elements of the free market that we were just talking about, like the electric car, that get bought up and get shut down, which sucks because they buy all the copyrights. | ||
| I gotta tell you, as an owner of an electric car, there are pros and cons. | ||
| I mean, when we're looking at local grocery store shopping, it's wonderful. | ||
| You just drive there, you drive back. | ||
| I look at the gas stations and I'm like, The silly peasants and their gas stations. | ||
| And then it's like, oh, we need to drive an hour. | ||
| Oh, my car can't make it. | ||
| I have to go home and take the gas vehicle. | ||
| There's pros and cons, you know. | ||
| Are they like suppressing solar technology? | ||
| Could you have like really, really good solar panels if they were allowed? | ||
| You mentioned solar earlier as being suppressed. | ||
| Um, well, yeah, the going back to the 70s is was a technology like, you know, even when solar panels came out, they were people they're paying people off to lie about the efficiency of them, like, you know, not to so that other people wouldn't go off the grid, because the electric companies would go out of business. | ||
|
unidentified
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Did you? | |
| Did you know that Jimmy Carter put solar panels on the White House roof? | ||
| And that? | ||
| Yeah. | ||
| George Bush removed him the next year when Reagan took office. | ||
| Did you hear the story? | ||
| There was a guy who had a truck and he layered it with solar panels and made it charge and then run on solar panels. | ||
| And then it can't, like, I guess, I don't want to name which company because I could be wrong. | ||
| They, like, came and seized it. | ||
| Sheriff showed up and took it away and said, you can't do this. | ||
| There's a lot of stories like that. | ||
| You guys know Stanley Meyer? | ||
| He invented a car in the 70s that ran off of water. | ||
| We have all the Stanley Meyer patents and we have a group in our team working on some of that technology as well. | ||
| So for those not familiar, it's a water car that uses electrolysis to separate hydrogen and oxygen from water and then burn that as fuel? | ||
| It uses a nuclear catalyst to help with the splitting of the water molecules. | ||
| The idea is that it gets more energy out than it puts in, actually, somehow. | ||
| But that's not true. | ||
| I think it's retrieving energy from the vacuum. | ||
| You're taking energy from the environment somewhere. | ||
| There's no free lunch, I don't think. | ||
| You know, I've never seen any free lunch. | ||
| Energy can't be created. | ||
| But does the water car actually work? | ||
| I mean, I've seen videos, and I think, from a layman's point of view, I just read something on it seems to make sense, but I don't know anything about it. | ||
| Not as far as we haven't built one that works. | ||
| We haven't, you know, gotten a group out there that works. | ||
| And obviously if it was such a great idea back in the 70s with these, you know, ultra efficient carburetors and all this, this, this stuff you hear about, it's like, why isn't it, why isn't it being done more today? | ||
| You know, didn't they buy, someone bought his patent and then he died shortly thereafter. | ||
| Isn't that the story? | ||
| No, the idea is that like the patent office is sort of like this trap. | ||
| It's like as soon as you patent something, it's like it gets bought out or it goes on a shelf. | ||
| And then like, I don't know, it's kind of a weird thing. | ||
| It's kind of like this trap for people that are greedy and want to make money off these inventions and stuff. | ||
| So there's a lot of controversy about the patent office. | ||
| You're big on open sourcing. | ||
| I mean, that's been pretty much your ethos from what I know. | ||
|
unidentified
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Yes. | |
| I don't believe in patents. | ||
| I believe in intellectual property, like you have your own ideas and your own thoughts, but there should be a different system of how we make money off that and how we control over that, because it's really not beneficial to the species, the way things are set up like that. | ||
| You know, I want to mention something about the streetcar conspiracy stuff. | ||
| I don't trust the media. | ||
| Especially when, you know, what, doesn't GM own NBC or something? | ||
| Whoa. | ||
| Or, or, not, not GM, I'm probably, I'm probably confusing things, but when you have, I'll put it very simply, regardless of who owns what, When you have a car company that has to sell advertisements to a media company, and then the boss of the media company says, look, we run this story, we lose a major advertiser. | ||
| I've seen it happen. | ||
| I've seen it happen. | ||
| So I'm not saying I know exactly what for, but if you come to me and say that automobile companies, you know, work together to corrupt and destroy streetcars and systems like that, I, I want to believe it. | ||
| Cause I, cause I think it, it's, it's, it's completely feasible. | ||
| And when I hear stories where they're like, well, you know, the streetcars were already doing bad. | ||
| You guys all had that reaction. | ||
| Like, yeah, like we believe the media. | ||
| Oh, you know, Oh, these big industrialists are all benefiting from the dissolution of public interest interests and publicly available transport. | ||
| Let's just believe the mainstream media on this one. | ||
| No, but I will point out at the same time. | ||
| For me, it is kind of a coin toss because the MTA is collapsing. | ||
| Government can't really run this properly. | ||
| Well, there are some good points that you did bring up, though, with that, because, you know, you have to look at the time period that those rail systems were built and the metallurgy that existed at the time. | ||
| And it's not, you know, to think that it's not hard to believe that those things were a rust bucket by the time this this actually happened, because we didn't have the metallurgy to really, you know, prevent against that all the steel things that we could make was very, you know, limited. | ||
| So like, it probably rusted really quickly. | ||
| You know, one of the issues is for Chicago, for places like New York, I know this in Chicago, people complain that the fare is too high. | ||
| But clearly it's not high enough to actually sustain the system itself. | ||
| So it's heavily subsidized by the taxpayer, and that's still not enough. | ||
| They were talking about shutting down the... what was it, Luke? | ||
| The L train? | ||
| In New York? | ||
| For construction, yeah. | ||
|
unidentified
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I thought they had to do repairs on it. | |
| Much needed repairs to fix this train that goes under the... which river? | ||
| The Hudson River, right? | ||
| No, the East River. | ||
| It goes from Manhattan to Brooklyn. | ||
| Yeah. | ||
| So you had all this Williamsburg property skyrocketing in value. | ||
| Then they announced several years ago, they were like, what was it, 2019 or something? | ||
| They were going to shut it down. | ||
| Shut it down for a very long time. | ||
| Not just for a few weeks, not just for a few months. | ||
| It already is barely running as is. | ||
| There's already major problems with it. | ||
| I mean, a lot of the systems are dilapidated and there's entire industries and entire real estate markets connected to it that almost went out of business. | ||
| But I think they announced that they're not going to be taking it out, that they're going to be keeping it in, and they stopped the construction efforts. | ||
| You know why? | ||
| When they announced that they were going to suspend for like a couple years the L train to fix it because it's in disrepair, the people who own the real estate start freaking out because who wants to live in Williamsburg If you can't get to Manhattan, you have to take the G train down south, or like the A-C train, then go to the Financial District. | ||
| For those who aren't familiar with New York, it is not fun to have one train that takes five minutes to jump from Brooklyn straight to Manhattan. | ||
| You have to take one train way far south for like 30 minutes, then hop on a different train to take you to the Financial District, then hop on the Q, enter the R, up to 14th Street. | ||
| Transportation is a huge, huge problem. | ||
| Globally, not just in New York. | ||
| Transportation. | ||
| Not a problem anymore. | ||
| COVID lockdowns have made it so everybody works from home. | ||
|
unidentified
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Yeah, but also Ian's happy, I'm not. | |
| So no one needs warp drive now. | ||
| Yeah, we can all just work from home. | ||
| That's what we need is warp drive. | ||
| No, what's gonna happen is we're all gonna have virtual digital spaces. | ||
| I'm wondering if that's what warp drive is. | ||
| I want to talk real quick. | ||
| I remember to mention Greta Thunberg again. | ||
| She said it's it's insane to think there's infinite economic growth. | ||
| And what she doesn't understand is digital spaces. | ||
| Because I remember the time when she was saying this, like I remember what the first time I heard her talking about it, infinite economic growth. | ||
| I was playing some golf game on my phone where you like, you know, pull your finger back and then he hits a little golf ball and falls in the hole. | ||
| And there were power ups you could buy. | ||
| And I was like, when I buy that power up, Literally nothing is produced. | ||
| It's just a code changes from yes to no. | ||
| And then, you know, a zero to a one. | ||
| And then all of a sudden I get to use the super golf swing. | ||
| But that dude still gets a dollar. | ||
| And then he can spend that dollar on whatever. | ||
| So yes, if we start moving into virtual environments, second life type things, there can be theoretically infinite economic growth because you buy digital things. | ||
| That's why, like, makeup companies are taking a huge hit, because nobody's going out anymore. | ||
| I think they're one of the big, big... So they're, like, trying to merge into digital makeup and digital, you know, like, that kind of stuff. | ||
| Instagram filters. | ||
| I'm surprised they haven't gotten into that business, but... Oh, they are. | ||
| Life on the pod's gonna be great. | ||
| You know, there's gonna be bugs to eat intravenously, and we're just gonna be sitting... What kind of bugs? | ||
| Crickets, cockroaches. | ||
| I hear crickets not so bad. | ||
| I think they're very abundant. | ||
| I think the filet mignon steaks are only going to be for the super uber billionaire elites and we're going to be very comfy in our little Matrix battery compartments. | ||
| You're going to live in the pod and you're going to eat bugs, but you're going to be in the Matrix, flying around on a dragon, throwing fireballs. | ||
| You're going to be neural linked to the back of your head. | ||
| Oh, now we're talking. | ||
| It's the Matrix, baby. | ||
| Seriously. | ||
| I got a question, Jeremy. | ||
| Assuming that we have infinite power, if we can tap fusion, how would we build a warp drive? | ||
| Well, you just need the right type of non-linear optical materials on the surface of your craft. | ||
| I'd say some waveguides, maybe some monatomic elements. | ||
| The idea is to create a meta-surface or a meta-atom. | ||
| We're called meta-atoms or meta-surfaces. | ||
| It's basically like you have a surface of all these atoms and then you get them condensed to the same wavelength through what's called light-matter coupling. | ||
| And when you couple light with itself, you create these condensed matter states, and then you can get the entire craft to act like a single atom. | ||
| And if it acts like a single atom, then you can influence it with quantum mechanical behaviors and quantum mechanical properties. | ||
| That's kind of one idea. | ||
| You know something really crazy about Star Trek? | ||
| They have warp drive. | ||
| So this idea of warp drive, what was it first? | ||
| In first contact, Warp Drive was created by a character named Zefram Cochran. | ||
| In real life, when was the first idea of Warp Drive? | ||
| It was a long, long time ago, right? | ||
| about Star Trek. In real life, when was the first idea of like warp drive? It was a long, | ||
| long time ago, right? Like Einstein? | ||
| The first person actually was a guy named Alcubierre, who was a theoretical physicist | ||
| who studied like Einstein and general relativity. And he watched Star Trek and was a fan of | ||
| Star Trek. And so he wrote a paper called Alcubierre Warp Drive. | ||
|
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Star Trek was the first, like... Star Trek inspired it. | |
| Inspired the idea of warp drive. | ||
| It did, yeah. | ||
| But in the original Star Trek, they had warp. | ||
| They did, yes, because Gene Roddenberry got the download somewhere, man. | ||
| That guy was talking to aliens or something. | ||
| That dude was plugged in. | ||
| Here's what people don't realize. | ||
| Even in Star Trek, where they have warp 9, and they can travel much faster than the speed of light, they can barely get anywhere within our own galaxy. | ||
| So people, like, I don't think people realize the vast space between galaxies, and even between quadrants of our own galaxy, traveling at the speed of light. | ||
| So I think it's Voyager, right? | ||
| This is the series where they get transported to, like, a different quadrant, and it would take them 70 years traveling at their fastest speed to make it back to Earth, and they're traveling substantially faster than light. | ||
| That's how big the galaxy is, let alone going to a different galaxy, you know? | ||
| Warp drive's like just a stepping stone towards a greater field warp drive or something? | ||
| One of the weirdest things, right, is there's something called quantum non-locality in physics, and this sort of reinterpretation of quantum mechanics that was done by John Archibald Wheeler, who worked with Einstein, and he also was employed by one of these big companies that I want to mention and talk about, because we talk about scientific conspiracies and ways that they suppress scientific information. | ||
| Did you know that there's a company that runs and manages all of our science national labs? | ||
| They run Lawrence Livermore Labs, Oak Ridge, they run Los Alamos. | ||
| What's this company called? | ||
| And the company that manages them all is called Battelle Memorial Institute. | ||
| They were founded in 1938, I believe. | ||
| And they were founded by a guy who was an iron metallurgist. | ||
| And they're a company that specifies in metallurgy and how to make metals. | ||
| And they're experts in all different types of alloys and metals. | ||
| And they're right in Columbus, Ohio. | ||
|
unidentified
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And this is sort of like... And they control all of our labs? | |
| They manage all of them. | ||
| They're managers. | ||
| So basically all the research that goes on in our labs, they can decide what gets canned and what gets funded. | ||
| And if anything gets discovered in our lab, it goes up to their management chain. | ||
| And of course, they're right there to scoop it all up. | ||
| Do you think that if someone did discover a rapidly renewable, let's not even say like perpetual motion, right? | ||
| This idea that you can get energy, more energy out than you could put in. | ||
| Let's say they actually discover something that just uses, say, ambient energy in a very simple way that produces like a massive amount of clean energy. | ||
| Do you think that they would suppress it out of fear it could destabilize the economy? | ||
| Or just suppress it in general? | ||
| Absolutely. | ||
| Why would they? | ||
| Historically, they've done that with every single technology and new breakthrough. | ||
| Even when the Russians discovered that, you know, the guy who flung the wing nut off of a thing and noticed that it was spinning in air and would change directions. | ||
| Oh, in space? | ||
| The Russians kept that classified. | ||
| That effect. | ||
| Yeah, so if you have a T-shaped object, right? | ||
| Yeah. | ||
| And you spin it, it'll eventually start flipping back and forth. | ||
| Right. | ||
| In a really weird way. | ||
| They wrote a paper on it, the Russians wrote a paper on it a couple years later, they called it the Tennis Racket Effect, and they never talked about this incident on the space station. | ||
| You know what one of my favorite stories is? | ||
| I don't know if this is true. | ||
| There's a meme that goes around where it's like, the United States spent, you know, $40 million developing a pen that could write in 0G. | ||
| The Russians use the pencil. | ||
|
unidentified
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Haha! | |
| And everyone laughs, right? | ||
| You've seen that meme? | ||
| Now there's another meme that goes around where someone responded saying, using a pencil is extremely dangerous because it creates particulate matter that can get into the instruments and into the air and it floats around aimlessly, so using a pencil is actually a bad idea. | ||
| Getting an ink pen that can work and is self-pressurized is actually much smarter. | ||
| And then it's like, it's one of those things where you think, haha, it is so dumb. | ||
| Why are people so dumb? | ||
| They should use a pencil. | ||
| But it's only because you don't understand anything about space or technology or the physics that you assume. | ||
| And that's a really good way to understand everything in our society, from politics to science, in that so many people who have no idea what they're talking about will push things that will make everything worse and then mock those who are actually trying to solve the problem. | ||
| And there's also what we find is like there's a ton of people just filling the thing with mud. | ||
| They're filling the thing with those perpetual motion machines and those magnetic motors and all these other things. | ||
| And it's just basically a perpetual time-wasting machine is what I call it. | ||
| I love watching these perpetual motion machines because most the time you can tell, you can see where they hit the battery, you know what I mean, to make it spin. | ||
| And then other times it's like, even if that really was, you'll see like really clever ones. | ||
| I'm like, how do you get energy out of that? | ||
| You know what I mean? | ||
| It's like, okay, you found a way to make the marble go tick, tick, tick, tick, you know, down the slope. | ||
| And then it goes up and goes again. | ||
| Are you going to somehow turn that into a generator? | ||
| Is there some way that the marble moving in a circle is going to spin a turbine, I guess? | ||
| Maybe a little tiny motor? | ||
| Get a little bit? | ||
| Nah, it just never happens. | ||
| You know what I love, though, is when people talk about magnets, and they're like, why don't you just have a wheel with a bunch of magnets on it, so that when the wheel comes around, the magnet pushes it, and it just keeps getting pushed forever, and I'm like, because the magnets are pushing and pulling. | ||
| So it just stops. | ||
| Have you ever actually tried it? | ||
| It's fake. | ||
| It's not real. | ||
| So you asked me before about who I thought was like the weirdest guy that we've ever had come on and present, or like most interesting, so I thought of like two probably examples. | ||
| You know, you mentioned high-frequency gravitational waves that was mentioned in that thing. | ||
| We actually had a guy named Gary Stevenson from DARPA who came on and presented on high-frequency gravitational waves and their generation. | ||
| And he talked about this, we talked a bit about that Nazi bell, the rotating mercury plasma and these Taurus drives. | ||
| So like, we found out that General Electric actually did some experiments on a patent that was patented by an engineer in Valley Forge PA named Henry William Wallace, and it was on this gravitomagnetic effect, or kinemasic field. | ||
| And they literally... GE was taking, like, tokamak reactors and rotating mercury mixed with, like, cesium, barium, and these other elements to try and test these torsion field theories of, like, of this physics and stuff. | ||
| And we have papers on it from, like, these guys going back to, you know, talking about rotating superconductors in these magnetic fields. | ||
| One of the other guys that presented was a guy named Alzafan who did some of these research experiments for Boeing back in the 80s and 1981 it was a paper that was written and we're trying to replicate that experiment in our lab right now that's kind of where we're at and I think that was like the turning point where our scientists in you know 1981 when they did this Boeing experiment with Alzafan on nuclear magnetic resonance I think that was the turning point when they realized that this, that the spins of these atomic molecules and the elements that are in the atoms is really like key to how this effect works. | ||
| Because that was where they first came up with a realistic theory for it. | ||
| This guy, Al Zifan, and then he got funding actually from Boeing to do this research and it was classified for years. | ||
| Until, like, we found it through, you know, a couple years back through our research. | ||
| And now we're actually putting this together in a tabletop lab experiment to run it ourselves. | ||
| And we also got his son. | ||
| He's of course passed away, sadly, but his son is still alive and had a lot of his dad's research. | ||
| And we actually interviewed his son on APEC and got him to present a whole bunch of cool stuff. | ||
| You mentioned the Coulomb effect. | ||
| The atoms are spinning, they come together, and because of this Coulomb effect, they spin into each other basically, and they start to spin as one, and that's what fusion is. | ||
| Well, the Coulomb barrier. | ||
| Fusion is breaking the Coulomb barrier. | ||
| And Coulomb was a French scientist, the father of electromagnetism and charge. | ||
| He's the first person to isolate and identify electric charge, and did a lot of the experiments to set the foundations for electromagnetism, which of course was picked up by Heaviside, Gibbs, Maxwell, and those guys who formalized it into a field theory, into a mathematical field theory. | ||
| Which is really some of the foundational points of where all this stuff comes from. | ||
| That was a guy named Coulomb. | ||
| That's where this comes from because he's like the father of electric charge. | ||
| He proposed like a barrier, an electromagnetic barrier that atoms couldn't pass through because the electrons are pushing themselves away or something. | ||
| It's because their neutrons make the atoms heavier that they're able to There's a strong nuclear force which holds these subatomic elements together. | ||
| That's our current model. | ||
| So some of these models that we're looking at deal with knots. | ||
| This mathematician named Lewis Kaufman who does a lot of work on knots. | ||
| And he thinks that matter is actually light that's twisted up in knots. | ||
| And depending on how tight and how big those knots are will depend on what the matter is. | ||
| So he says that, you know, like this is just a simple knot. | ||
| Hydrogen is just a super simple knot. | ||
| It's just, you know, when you create one proton, but when you start weaving these things together, they have to have these other elements in there to hold the knots together. | ||
| And those elements are actually neutrons. | ||
| And, um, it's, so it's, it's, there's a mathematical core theory behind, you know, this, this image that you get of just these balls, these colored balls, like neutrons are protons are red and neutrons are green and they stick together. | ||
| And, you know, that's our, our model. | ||
| But that's not really realistically what is going on on that quantum level. | ||
| It's more like knots and twisting of fields in on themselves and around each other in different geometries. | ||
| This is some crazy stuff, but I think we got a bunch of people listening who want to ask some questions, so we'll go to super chats. | ||
| Absolutely. | ||
| If you haven't already, smash the like button, like, subscribe, share, all that good stuff, notification bell, and become a member at TimCast.com because we will have a bonus segment up, a members-only piece of content after the show just for those who are members to help make sure that we don't get Completely annihilated if we ever do get banned. | ||
| But let's read some of these superchats. | ||
| And again, make sure you smash that like button. | ||
| Can I plug alienscientist.com and also my YouTube channel is alienscientist on YouTube. | ||
| We're trying to break 100,000 subscribers and if you guys can help that happen, that would be awesome. | ||
| We're almost there. | ||
| All right, we got some super chats from people, and these are probably remnants from other episodes. | ||
| Carl Flynn says, Tim, crew served means exactly that. | ||
| A weapon operated by a team, vice an individual. | ||
| The term can apply to anything from an MMG to a howitzer. | ||
| Interesting. | ||
| David Young says, referring to how to fix things and create culture. | ||
| Get involved with Big Brothers Big Sisters Org, or get involved with local orphanages. | ||
| Children are our most precious commodity, and it takes all of you. | ||
| I mean, literally, with no kids, there's no civilization. | ||
| It's us. | ||
| It's people, you know? | ||
| Slanty Chauffeur Bear says Temple of Nine Muses. | ||
| Library of Alexandria burned, 47 B.C. | ||
| Defunded, 215 A.D. | ||
| War looted, 275 A.D. | ||
| and 295 A.D. | ||
| Destroyed in an earthquake, 365 A.D. | ||
| The mythical 391 A.D. | ||
| burning is a conflagration with the demolition of the Shrine of Serapis. | ||
| Interesting. | ||
| Thank you. | ||
| Yeah, that was cool. | ||
| Thank you for that. | ||
| Grabloid Biden says, I have been rocking out to Tom McDonald all night. | ||
| Also played Will of the People. | ||
| I want to know why it doesn't have 10 million views. | ||
| Well, I think Will of the People, to be completely honest, is just not the kind of pop music that typically would get a million views. | ||
| You know, there are some songs that are very serious and don't do that well, and there are some songs that are very, like, You know, orchestrated very well. | ||
| To put it simply, depends on what you define as a good song. | ||
| Is a good song a song that people will want to share and listen to over and over again? | ||
| Because if that's your definition, Will of the People probably ain't it. | ||
| If your definition of a good song is something that has meaning and is, you know, just makes you feel good and makes you want to listen and makes you want to play it, then it probably is. | ||
| But certainly it's not in, uh, not for most people. | ||
| I don't know. | ||
| I kind of disagree. | ||
| I think it's a pop hit. | ||
| We just don't have a marketing firm like BGM getting it onto all the radio stations syndicated across the country yet. | ||
| If we get on the radio stations, you'll see. | ||
| There, there are a ton of songs that look, if the song was good enough, people would have shared it. | ||
| That's, that's all that matters. | ||
| But we don't have radio presence yet. | ||
| That's, that's, that's not what I mean. | ||
| I mean, look, there are, there are a lot of songs that shouldn't be popular. | ||
| I mean, I remember growing up listening to Nickelback and I'm like, they just put that on the radio. | ||
|
unidentified
|
Why? | |
| It's not even good music. | ||
| I'm not trying to be mean to Nickelback, but you know, I don't like it. | ||
| Like, you're self-managed. | ||
| Yeah, but listen. | ||
| If the song was truly good, people would be sharing it, and then it would take off. | ||
| That's just how it works. | ||
| Like, look at Gangnam Style. | ||
| It still was clever marketing, but once people saw it, everybody kept sharing it because the song was fun and funny and people liked doing the horse-riding dance and stuff. | ||
| You gotta do a dance video. | ||
| Oh, yeah, yeah, yeah. | ||
| A march of executions or whatever. | ||
| All right, here we go. | ||
| KS says, Peter Schiff believes that Bitcoin is a bubble that will eventually burst, like the fiat USD will. | ||
| It would be cool to hear him and Andreas debate whether gold or DeFi will be the new USD. | ||
| It'd be cool to have Peter Schiff on to talk about Bitcoin, especially as we're looking at it nearing $50,000. | ||
|
unidentified
|
Yeah. | |
| Geez, you know what? | ||
| I feel bad for some of my friends, because I know a lot of people I messaged a year ago, Bitcoin was at like 7 grand or | ||
| something. | ||
| And I got friends, and I got a lot of friends who have money to invest and I said, just | ||
| put it all in Bitcoin, buy a bunch of Bitcoin right now. | ||
| And they were like, well, I don't know, we'll see. | ||
| And I'm like, listen, I'm looking at what's going on in this world and I'm telling you, | ||
| buy Bitcoin. | ||
| And they just didn't want to do it. | ||
| Yeah, last year Bitcoin was around $5,000. | ||
| It's 10x basically. | ||
| Yeah, and there's a lot of people, I mean, Peter Schiff really doesn't like Bitcoin. | ||
| There's a lot of people saying, let's check in on Peter Schiff, make sure he's okay. | ||
| Because they were like, he was wrong on so many of these issues. | ||
| We have a good one right here. | ||
| Evan G. D. says, Dr. Stephen Greer has been going live on Clubhouse and sharing his knowledge of anti-gravity ET crafts. | ||
| They are not nuclear. | ||
| Look into it. | ||
| Very interesting. | ||
| I invite Stephen Greer to come on our show and talk to our team of physicists about that and see what they have to say, because I think we have the subject matter experts beyond what Stephen Greer has, because I know who's on his team, and I know who's on my team. | ||
| Justin Jarchow asks, for the alien scientist, do you believe Bob Lazar's story, and do you believe Dr. Stephen Greer? | ||
| Or are both BS artists? | ||
| I think a lot of the stuff that's mainstream is off point. | ||
| Of course, I don't think they're going to dangle the most popular stuff. | ||
| My channel has been super shadow banned. | ||
| I've never been able to reach those types of audiences. | ||
| This is my first breakthrough of actually having... | ||
| A large audience. | ||
| The thing with Bob Lazar is that we invite him to come on and present, and we have so many other physicists with so much real actionable intelligence that we can actually build and test in our laboratory, unlike the Element 115 stuff. | ||
| What's there? | ||
| What's there for us to look at, really? | ||
| It's a story, and it's an interesting, fascinating story. | ||
| It got me interested in this, watching Bob Lazar and Unsolved Mysteries back in the 90s, | ||
| getting these ideas or these seeds playing in your head. | ||
| Is there government research being done on aliens? | ||
| Is there a secret base where they've had these things? | ||
| And sort of my research going through that has led me to some fascinating discoveries, | ||
| which are quite interesting. | ||
| Like for instance, the Roswell stuff. | ||
| Did you know that allegedly the Roswell material went to Wright-Patterson Air Force Base after | ||
| it was flown to Fort Worth. | ||
| They did this Ramey memo that they posed in a press conference room with a weather balloon. | ||
| And then apparently the real material went to Wright-Patterson Air Force Base and was studied in an underground facility at Wright-Patterson. | ||
| Apparently they had like a whole underground lab that was an underground city essentially built at Wright-Patterson in the 40s when they first built Wright-Patterson Airfield. | ||
| and that they were doing research on this and that's what led me to Battelle | ||
| because Battelle is literally 65 miles away from Dayton, Ohio | ||
| in Columbus, Ohio. They were the top metallurgists and one of the top military and industrial contractors at | ||
|
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the time. | |
| They would have been the perfect place. | ||
| They would have been the only place that I would have sent metals for analysis if I was, you know, the military back then. | ||
| And if I was the Air Force, that's the first place I would have sent. | ||
| But what's interesting about Battelle is that we've shown that they run all our national labs. | ||
| They're also a private corporation, which makes them inaccessible by FOIA. | ||
| So all this research that they've done, going back to 38, you won't be able to find, you won't be able to get with FOIAs. | ||
| And that's been one of the biggest problems in ufology is saying, well, if this material is real and Roswell is real, where's the material going? | ||
| Where's the paperwork for it? | ||
| Private companies? | ||
| Private companies. | ||
| There you go. | ||
| We got another one here. | ||
| We got Aaron Edwards. | ||
| He says, my old roommate worked for SPA War and DARPA. | ||
| We had, uh, he had $700 million budgets and DARPA have no budget limit per project. | ||
| Both are part of the DOJ. | ||
| No budget limit, huh? | ||
| That's amazing. | ||
| No-bid contracts are a real thing. | ||
| Liquid Logic says, Tim, can you raise awareness that currently Nobel Prize nominee Julian Assange is being deprived of his winter clothing since October? | ||
| People should contact Governor of HMP Belmarsh Prison, Rob Davis. | ||
| Absolutely. | ||
| DeltaSly says, we need to re-pursue the research of lab-grown brain organoids and understanding the conscious without moral and ethical restrictions. | ||
|
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Ooh. | |
| Kind of with you on that one. | ||
| I don't know. | ||
| One thing that Bob Lazar didn't talk about at Area 51 was these things called foggles. | ||
| Apparently, this is a real thing that when you're outside on a base at these CBER facilities, you have to wear these goggles on your head, which limit your vision. | ||
| So you can't even see 20 feet in front of you. | ||
| Everything's blurred out. | ||
| Apparently they use these on like pilots and stuff. | ||
| One of the guys who first guy who talked about that was actually a friend of mine. | ||
| When I started getting into this, back in like 2004, I watched this documentary by this guy named Edgar Foucher talking about, you know, he worked at Area 51. | ||
| And I made a bunch of videos on this and I started talking about it and a guy who knew him actually put me in touch with this guy who was a former Area 51 employee out at the base and I became friends with him and worked like kind of I talked to him like every day for like a period of like five six years with this guy Ed Foucher but he was the first person to talk about metamaterials and quasicrystals being part of this research and that was back in 1998 before like anyone was talking about these materials which is super fascinating. | ||
| So I started researching metamaterials, and of course you find out that they're used for invisibility, stealth, and cloaking technology, which why wouldn't they be interested in that? | ||
| That's an obvious one. | ||
| But then the other thing with these quasicrystals, these aperiodic crystals, and Veritasium channel did a thing on those aperiodic tylenes and showed how these symmetries, they're like things that you look at them up close and they don't have any symmetry, but you zoom way out and they suddenly have these symmetries. | ||
| They're very interesting. | ||
| The guy who won the Nobel Prize for quasicrystals is a guy from Israel's Technion University named Daniel Schechtman. | ||
| And after he graduated with his material science degree from Technion, he went and did a postdoc at Wright-Patterson Air Force Base. | ||
| Very interesting. | ||
| We got James at a 14 year old built a nuclear reactor in their garage in New York. | ||
| Google it. | ||
| I heard about that. | ||
| Yeah, we heard about that. | ||
| We got to we got to invest in these young kids, man, all those new billionaires that got a bunch of money in Bitcoin. | ||
| There's this is lots of opportunity to become trillionaires. | ||
| The first person that does. | ||
| Asteroid mining is going to become the world's first trillionaire, and that's what we need to move towards, because that's what's going to launch us to this post-scarcity society that we're trying to get to, where we don't have money anymore. | ||
| There's no concept of that in the future, in the Star Trek society anyways. | ||
| There's no need for politicians either. | ||
| We need to get rid of politicians altogether. | ||
| Pseudo-science says, yeah. | ||
| Pseudo-science says, hey guys, Scientist here. | ||
| In industrial science, companies file patents because a tech will become or is already well known. | ||
| This allows them to sue for infringement. | ||
| Otherwise, you'd keep it a secret. | ||
| Yep. | ||
| Johnny Arson with a more pessimistic and sad comment says the universe hasn't contacted us for a reason. | ||
| My guess? | ||
| We are an invasive species. | ||
| They dumped us here. | ||
| Earth is our prison. | ||
| Talk about a negative Nancy there. | ||
| Prison planet. | ||
| This is your contact. | ||
| We're not allowed to leave. | ||
| All right. | ||
| Matt Hatter says, I looked up the patent for the inertial mass reduction device, and its design is almost identical in form and use to the EM drive, a sealed conical resonant cavity with microwave emitters pointed into it. | ||
| Weird coincidence? | ||
| Yeah, so AMDrive. | ||
| So there's a couple interesting scientists you could look up. | ||
| One's Woodward, the Woodward Effect. | ||
| He runs the Estes Park Conference, James Woodward, and we invited all those guys to APAC and stuff. | ||
| But also Mike McCulloch. | ||
| There's a company in the UK. | ||
| He's from Plymouth University. | ||
| He's got a quantizedinertia.com, and he's got a whole bunch of papers on there that he's written, and he's kind of going after that MDrive thing. | ||
| And there's a ton of DARPA funding for MDRIVE, like we said. | ||
| Like I said, that $500,000 on pays isn't the only thing going on. | ||
| The MDRIVE is very interesting. | ||
| It's like just a piece of metal that gets vibrated by, what is it, background radiation? | ||
| Then it produces thrust? | ||
| It's a conical cavity, and apparently it's an asymmetric field that's produced on one side through these forces, and it creates a push, and it gets rid of... | ||
| His theories get rid of the need for dark matter. | ||
| It gets rid of, you know, dark matter. | ||
| It explains it as something else. | ||
| Dark matter is kind of a very big controversy in physics right now. | ||
| There's billions of dollars being put into the hunt for dark matter to try and, you know, discover Where, you know, prove dark matter is real. | ||
| The only thing we've gotten close was, you know, the Nobel Prize was given out for this gravitational lensing apparently from dark matter and stuff. | ||
| But I still haven't, I still don't know that there is a hardcore proof of dark matter and we've wasted so much money looking for dark matter instead of pursuing other theories like this M-Drive which could lead to new propulsion technologies. | ||
| I got a question for you. | ||
| It's kind of interesting. | ||
| As someone who doesn't know as much, but I read somewhere, something about there should be an equal amount of antimatter in the universe. | ||
| Right. | ||
| Yeah, that's the kind of idea. | ||
| It's dark matter. | ||
| There's this missing matter from the puzzle. | ||
| Is that what they mean by dark matter with antimatter? | ||
| Antimatter and dark matter are different. | ||
| This goes back to what Dirac called Dirac holes. | ||
| It's basically a missing point in the physics and in the equations. | ||
| He was the first person to actually predict antimatter before it was discovered. | ||
| But we have discovered antimatter and it's sort of like a fact of nature that we have all these particles and each particle has its own antiparticle as well. | ||
| There's been a lot of experiments with antimatter. | ||
| There's a guy named Daniel Kaplan who's doing some research into muonium, which is anti-muons. | ||
| An exotic atom that forms with an anti-muon and an electron, it creates what's almost like an atom. | ||
| It's like a proton, but instead of the nucleus being a proton, it's actually an anti-muon. | ||
| And it kind of has its own weird properties, but they're trying to produce these and see if they actually fall up in a vacuum, because they still don't know whether antimatter falls up or down, but they predict that it will fall down. | ||
| Interesting. | ||
| Alright, we got Timothy May says, Would you please ask about water purification using electromagnetism? | ||
| Soft, destable ionic bonds. | ||
| Stuck on filtration. | ||
| Working on it since 2003. | ||
| I'm in New Mexico with beef with Los Alamos Labs. | ||
| Ask him if he's ever heard of shungite. | ||
| It was a material that was discovered, I think, by Henry the Great. | ||
| There was a deposit of this material called shungite, and they would use it for water purification. | ||
| The military was using this material that they'd mine and using it for water purification. | ||
| They actually found out the shungite contained fullerenes, which are, you know, buckyballs or bucky tubes. | ||
|
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Oh, interesting. | |
| And that's why it had such amazing water filtration properties. | ||
| But there's a number of companies working on this, including Justin Tipping Hall, right in Connecticut, of Nano Holdings. | ||
| And Nano Holdings are working on a lot of water filtration technologies and stuff like that. | ||
| We have a very good super chat from Sequitor Tenebrous, who said, truck driver here. | ||
| Plenty of secret government facilities around the country, both above and below, and they are very selective of which of us deliver. | ||
| And we have a code of silence with locations. | ||
| This is the holdup on AI trucks. | ||
| Interesting. | ||
| I believe it. | ||
| That makes a lot of sense. | ||
| And I want to believe it because I want to believe that there's more out there and life isn't so boring. | ||
| Oh, there's more out there. | ||
| You ever see those submarines that, like, go under? | ||
| They'll come in the coast and then they'll just go into the coast, like, go under. | ||
| So I got an interesting tunnel conspiracy theory that I'm trying to investigate right now. | ||
| I've been going off about the Wright State tunnels. | ||
| Wright State? | ||
| So Wright State is a university that was built right next to the original Wright-Patterson Air Force Base, before the new Wright-Patterson Air Force Base was built up north. | ||
| But apparently there's a whole tunnel system that connects all the buildings. | ||
| There's 1.8 miles of tunnels that connect all the buildings under Wright State University. | ||
| And there's conspiracy theories that go around with all the students there that say that there's aliens down there, that these tunnels were used for government research into aliens and stuff. | ||
| Which is kind of interesting, because the first building that was built, according to Wright State University's official website, is actually called Alien Hall. | ||
| Allen Hall. | ||
| A-L-L-Y-N. | ||
| Alien Hall. | ||
| Which I thought was an interesting play on words. | ||
| But according to their official story, these were HVAC tunnels underneath the school that they remodeled into pedestrian tunnels. | ||
| But I don't understand why they'd need HVAC tunnels big enough to drive a car through. | ||
| It doesn't make a lot of sense to me. | ||
| And there's a lot of theories that this was part of an old facility and that, you know, that there's a wall behind the wall. | ||
| So we're kind of want to do an investigation like one of those UFO hunters shows where we go to Wright State and see if there's indeed, you know, there's something hidden in those tunnels under there. | ||
| There's a crap ton of tunnels that the United States government was building because of the Cold War, so they exist. | ||
| And I'd imagine I'd imagine, you know, the reality is they're doing research, top secret research. | ||
| We know the Manhattan Project was real and they're researching weapons. | ||
| Aliens is a good cover. | ||
| It makes it sound crazy. | ||
| It makes people think, ah, you're nuts and they disregard it. | ||
| And then you don't really know what they're working on. | ||
| Right. | ||
| They said a lot of the UFOs stories were spread. | ||
| There's a movie called Mirage Men, which actually takes the position that most of the UFOs and alien stories were actually spread by the CIA to cover up the technologies that they were working on. | ||
| Makes a lot of sense. | ||
| People see this craft flying around, they're like aliens. | ||
| What better way to hide it? | ||
| Bruno Rodriguez says, Physicist, I want Bob Lazar to be interviewed by a real scientist. | ||
| Me, take my money. | ||
| Yeah, I agree. | ||
| Jensen Zager says, As said in Archer, You think there's problems in the Middle East now? | ||
| Wait until the oil is useless. | ||
| Oh yeah. | ||
| I was hinting at that, especially when I was talking about Saudi Arabia and the petrodollar. | ||
| It's coming and it's going to get nasty. | ||
| I want to protect those people. | ||
| I'm obsessed with building solar-powered water condensation around the desert. | ||
| Our military, I think we should use it to build water for other countries. | ||
| Saudi Arabia is trying to transition from an oil economy to a tourism economy, and it's not working. | ||
| It's not going to work. | ||
| Yeah, that's... Listen, I'm not trying to be mean or anything, but there's some civil rights issues that make me not want to go to that country. | ||
| Yeah, I'm not going to Saudi Arabia. | ||
| Yeah, yeah. | ||
| It's not LGBTQ-friendly, to say the least. | ||
| So, very interestingly, as Luke brings this up, we have a superchat from Robert Miller who said, Saudi Arabia is massively investing in green technology. | ||
| So that's actually a bad example, since they clearly see the handwriting on the wall and are making massive investments in green. | ||
| Like I said, Saudi Arabia's university over there has some really interesting papers and a whole team that's working on these nanotechnologies and this kind of stuff, these photonic materials. | ||
| Where they are in the world, they're screwed. | ||
| As soon as people stop buying their oil, they're screwed. | ||
| It's going to get bad. | ||
| Adrian says, Tim, Keanu Reeves is in a movie called Chain Reaction. | ||
| He was hunted by oil tycoons for using hydrogen fusion to replace fossil fuels. | ||
| I remember that movie. | ||
| It was like a murder, and then he's like on the run, he's on a motorcycle and stuff. | ||
| Alright, let's see, what else do we have here? | ||
| John Doe says, some scientists found an application for graphene, where they were able to generate electricity by harnessing free energy. | ||
| Could this be combined with cold fusion to generate electricity instead? | ||
| See Science Daily for an article. | ||
| I think the silence daily article you're talking about is either magic angle graphing and there's a couple other applications of graphing where they create graphing sandwiches where they put like a layer of superconductor between two layers of graphing or they put a layer of a different type of material between two layers of graphing and there's a lot of perovskites. | ||
| That's the other one that they've done. | ||
| They put a layer of perovskite. | ||
| So there's a lot of interesting research. | ||
| What is perovskite? | ||
| A perovskite is, well, it's a German, I mean Russian term for a, it's a type of, it's a type of material that conducts protons and produces, it has a strange quantum behaviors and quantum effects. | ||
| Alright, we got this from the Scott16, it says, the highest level conspiracy theory. | ||
| Every single conspiracy theory that we know or will know are false because we are allowed to know them. | ||
| Dun dun dun. | ||
| DJ Madero says the German brothers we named Horton. | ||
| Yeah, they were the builders of the goth 229 flying wing design. | ||
| The operation to steal the Nazi scientist was codenamed Paperclip. | ||
| P.S. | ||
| Became a Timcast patron last month. | ||
| Do you mean a member at Timcast.com? | ||
| I have a defunct Patreon. | ||
| You guys shouldn't use it. | ||
| And do not be confused. | ||
| If you pay for this channel, I think people can donate to this channel, right? | ||
| Monthly and become like a paid subscriber. | ||
| No. | ||
|
unidentified
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Tim? | |
| Oh, no? | ||
| Okay. | ||
| Yeah, you have to go to TimCast.com. | ||
| People were doing that and thought they were signing up for the website. | ||
| Hey, you know, before we go to the next chat, you mentioned Alcubierre warp drive earlier. | ||
| Yes. | ||
| And then you start talking about Battelle. | ||
| Did they suppress his warp drive technology in the 50s? | ||
| So this was in the 1970s because it was after Star Trek was 19 like 60 you know I think 68 or 69 or whatever I don't remember the when Star Trek started so this was this was 1970s that Alcubierre published that paper it was not suppressed in fact NASA Sonny White of NASA's Advanced Concepts Research Office like he's been writing papers on this and he's actually been presenting it at like Estes Park and a lot of these other conferences and has a lot of work that NASA is doing on this with the I think it's the Starship program. | ||
| There's a program that they're working on with NASA right now with Sonny White is the guy's name, Harold White. | ||
| So no, it hasn't been suppressed. | ||
| It's just not talked about. | ||
| The part that has been suppressed is the material science and how to actually achieve it. | ||
| So the theoretic part is fine, but when you're talking about actually building it and doing it, that part is suppressed. | ||
| So that would belong to a guy named John Archibald Wheeler, who we talked about, who had written a lot of stuff with Einstein and stuff. | ||
| And Wheeler did a lot of classified work for Battelle. | ||
| We have his FBI file. | ||
| It's quite interesting. | ||
| He actually left a whole notebook full of all of our H-bomb secrets on a train one time. | ||
| But yeah, he was involved in squeeze light research. | ||
| We just found out recently, back in 1985, the stuff that University of Rochester is doing with what's called polariton condensates or surface plasmon polaritons. | ||
| That's the research you can look up. | ||
| We got one from Paul Luckett. | ||
| He says, propulsion is only one small part of the space travel problem. | ||
| We need huge advancements in every other area of spaceship design. | ||
| The human body doesn't do very well in space for extended periods. | ||
|
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Yep. | |
| I've been thinking a lot about having a lot of drones. | ||
| You know how birds fly in a flock together? | ||
| And you can build drones to kind of do the same thing where they all move in tandem. | ||
| They can like create shapes in space with little laser like things so they can all work together, build giant craft at once. | ||
| We have a very important super chat. | ||
|
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I have to read it. | |
| Sorry if I'm interrupting, but Jonathan Muntz says, my grandfather was a top judge for the Air Force at Wright-Patterson in charge of contract negotiations. | ||
| What questions should I ask? | ||
| He is dying. | ||
| Do you have an email? | ||
| Oh, please email TheAlienScientist at gmail.com. | ||
| Like, get in touch with me. | ||
| I'll come out there and interview him, because I'm going out to Wright State soon. | ||
| I'm going out to Ohio to go do this investigation of the tunnel system, and I would love to meet up with you and get that. | ||
| And that's Jonathan that months. | ||
| Absolutely. | ||
| Awesome. | ||
| That's great. | ||
| Al says, aliens took over the government. | ||
| Why do you think they want everyone to do... | ||
| Butt swabs. | ||
| I knew it! | ||
| They don't have to abduct anyone for it anymore. | ||
| In China, you heard that, right? | ||
| Interesting theory. | ||
| For COVID testings. | ||
|
unidentified
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Yup! | |
| Wow. | ||
| Here's a good one. | ||
| Will Dawson says, Hey, I watched your video about TB12 and Kaepernick. | ||
| Great video. | ||
| Kaepernick was ruined by Chip Kelly in the 2015-16 NFL seasons. | ||
| Tom Brady is the undisputed GOAT. | ||
| There we go. | ||
| Level 99 Mastermind says, we did it lads. | ||
| Florida man was caught at the Super Bowl. | ||
| Was it the guy who like, pulled his pants down and was running around? | ||
| You see that? | ||
| In a onesie? | ||
| Yeah, yeah, yeah, yeah. | ||
| This is cool. | ||
| John Wright says, hey guys, I live in Eastern Washington and the history of the Manhattan Project is really interesting. | ||
| If you ever head out this way, uh, if you ever head out this way to your, the B reactor, B reactor, let me know. | ||
| You can use my land as a base. | ||
| That's cool. | ||
| Hey, we're looking for a place to host a ranch and start a project to move to where we can all work on this together. | ||
| A lot of people have been talking about this idea for a while, a grassroots effort to actually pull people together and build stuff. | ||
| We have a couple labs right now. | ||
| I'm probably going to stop in New Jersey on the way back to our Falcon Labs with my friend Mark and do some more research on this alzaphone experiment we're building at that lab currently. | ||
| But we're definitely trying to get hooked up with more researchers, more labs, more scientists who are passionate about this and interested in pursuing this type of technology. | ||
| And that's definitely something we should talk about. | ||
| Charlie in Charge says, the Akashic Records is the name of the theorized force that people like Tesla tap into for their huge leaps in knowledge. | ||
| I highly recommend learning about it as it's a really interesting topic. | ||
| Have you guys ever heard of that? | ||
| Yes. | ||
| I don't know much about it, but that's Gene Roddenberry maybe tapped into that too. | ||
| And who else? | ||
| The Akashic Records. | ||
| It's like when we talk about this the other night on the bonus segment, how like God or whatever that light energy is, we're transmitting energy to it and that it's trying to transmit energy to us, but we're like having a hard time receiving it. | ||
| Usually we're like desensitized. | ||
| But if you can somehow receive that energy, that information, that it can write information in your brain, maybe. | ||
| This one. | ||
|
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Oh God, hold on. | |
| That kind of reminds me of this idea of, you know, that's kind of what I do with alien scientists. | ||
| The idea behind an alien scientist is that I created this idea of something. | ||
| It's kind of like what I call channeling, you know, where we say, like, we're going to envision, I'm going to channel this God and I'm going to vicariously live through this God through myself. | ||
| And that gives you God-like powers because you're able to start putting your mind in a different sort of A way of thinking about things. | ||
| So this is like a practice that I do a lot with trying to envision what aliens are thinking, how their physics works. | ||
| And I've definitely gotten some downloads in my dreams. | ||
| I must say. | ||
| In fact, I got one a couple weeks ago that was pretty intense. | ||
| We talked about it. | ||
| Alright, we got Willbillythehillbilly says, What do you think of graphene? | ||
| Is it an overhyped technology or is it the future magic material? | ||
| Graphene is certainly a magic material. | ||
| Carbon is very interesting. | ||
| There's a lot of other interesting materials that we're talking about. | ||
| I put a link in that list I gave you. | ||
| It was called hydrodicarbine. | ||
| It's basically like a 3D printable diamond. | ||
| They can actually 3D print diamond. | ||
| Is that what they do? | ||
| They use like neon gas? | ||
| It's like a liquid polymer that actually hardens of some kind. | ||
| It's like the diamonds dissolved in this other carrying agent and then that evaporates and it leaves behind this crystal structure that forms in a diamond somehow. | ||
| That's an interesting technology. | ||
| But again, there's lots of other materials out there, not just graphene. | ||
| One of the ones is metallic glass, or amorphous metals. | ||
| That's another really interesting one. | ||
| They're basically, a glass is formed by like things that cool to, it doesn't actually harden into a crystal. | ||
| So when you cool things really quickly, it doesn't get to crystallize. | ||
| It just forms this amorphous blob. | ||
| And that turns out that it has really interesting properties for these materials. | ||
| So these metallic glasses, there's a whole video on metallic glass. | ||
| They're doing laser etching and polishing of it to create these surfaces which are amiable to the environments. | ||
| So they can actually make this stuff hydrophobic and hydrophilic by etching it with lasers. | ||
| Just by changing the nanosurface structure of these materials, it actually changes the physical properties and gives them completely different properties. | ||
| What happens if it's hydrophobic and hydrophilic? | ||
| What does that mean exactly? | ||
| So it's, it's like, um, water pools up on it and goes off it. | ||
| Or like, you can actually like put it on, it doesn't get wet. | ||
| You can put it under water and pull it out. | ||
| Um, I think, I don't, I'm not exactly sure what the full, the differences between hydrophilic and hydrophobic. | ||
| Um, one, one, one holds the water and one's rejects the water. | ||
| So it could either absorb or reject the water. | ||
|
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Does it absorb? | |
| It's like a hydrophobic surface. | ||
| The water just bounces off. | ||
| And hydrophilic, does that mean it absorbs? | ||
|
unidentified
|
Um, I don't know. | |
| I gotta re-brush up on my side. | ||
| I'm not a subject matter expert on this. | ||
| I dabble in a lot of stuff. | ||
| Metallic glass? | ||
| Can you alloy metallic glass with graphene? | ||
| One of the interesting things, Major Marcel, the main guy from Roswell, on his deathbed in a 1985 interview, he said that It wasn't a weather balloon, it was a material that he couldn't bend or break, that he could fold it up into a ball and then let it go on the table and would uncrinkle itself and fold itself out mirror smooth again. | ||
| Now we have no of no such material like that, but the closest thing that we have currently is metallic glass because it has this ability like it's like... He was saying it would fold and hold? | ||
| Memory foil. | ||
| The memory foil from Roswell. | ||
| There's a bunch of people who describe this metal, and a bunch of people, even material scientists from Wright-Patterson, who said that they worked on this type of material. | ||
| Even a guy from the U.S. | ||
| Navy who said he had a piece of this in his laboratory. | ||
| So they tried to drill through it, and they couldn't drill through it with a carbide bit. | ||
| They wouldn't even drill through this thin foil material. | ||
| And the only way you can think of... We have stuff like this. | ||
| We have uncuttable materials. | ||
| And the way that we build those is to actually heat up the blade and destroy the blade before it destroys the material. | ||
| It does an action where it will heat up so hot that it will destroy the blade so that you won't be able to cut it because it destroys your blade. | ||
| Interesting stuff, but that's the closest thing we have right now. | ||
| So it's not just graphene, there's a lot of materials out there. | ||
| Here we go. | ||
| Titan Tech says, Hey Tim, been watching for a while. | ||
| Normally I love the political content, but this content is way more interesting. | ||
| Makes me forget about all the awful stuff going on these days. | ||
| This was Ian's episode. | ||
| I certainly think so. | ||
| It was Jeremy Rist's episode. | ||
| Ian's the guy that got me here though, really. | ||
| I've had the fortune of working with Jeremy for like two, two and a half years now. | ||
| I've been watching your stuff like on YouTube since 2010. | ||
| When you started talking about quasicrystals, I really, that, that perked my ears up and realizing, whoa, okay. | ||
| If we're really going to focus on solutions, this is the way to go. | ||
| It's the science. | ||
| Here we go. | ||
| Yvonne Lee says, interesting show tonight. | ||
| Ian was like a nerd in a nerd store. | ||
| Loved it. | ||
| Jeremy, anyone told you you look like Pablo Schreiber? | ||
| Never heard that one before. | ||
| I heard Fox Mulder. | ||
| I've heard the Scout from Team Fortress 2. | ||
|
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Yeah, he definitely does. | |
| All right, let's just we'll grab one more right here. | ||
| Well, maybe one more for what we'll see. | ||
| Pseudo signs has great show. | ||
| One more thing. | ||
| Most tech and chemical companies ask you to sign over rights to patents made under their employee sucks. | ||
| But yeah, definitely. | ||
| Yeah, like Microsoft and a lot of these companies, they say like, Apple was one of them, they said like, you know, whatever you invent, while you're an employee of us, is a result of the, you know, intellectual experiences that you gain through being access to our great company. | ||
| And so we own anything that you invent. | ||
| And that's like, even if you go home at the end of the day and write something in your basement, they still want that if you're employed. | ||
| Yep, yep. | ||
| All right, here we'll do one more. | ||
| Storm Man says, Tim, World War I was not started for what think. | ||
| It was started to put the world into oil because it was cheap. | ||
| World War I also stopped all research on free energy. | ||
| Is that true? | ||
| They stopped energy, free energy research? | ||
| No, there's lots of free energy research going on and goes on to this day. | ||
| I've seen all those YouTube videos where the guy has the, what's that thing called? | ||
| Where it's like they're jars with liquid in it and then the wheel spins and the water drops and then it makes the weight. | ||
| You know what I mean? | ||
| You know what I'm talking about? | ||
| Yes. | ||
| Yeah, oh yeah. | ||
| Those things, that's not real though, I imagine, right? | ||
| I've never seen one that works. | ||
| If they got one that's real... There was one interesting video I watched a long time ago, where it was actually, I think, from an honest person, where they were explaining how to create a perpetual motion, but what they said was it simply worked by absorbing sunlight, and then, you know, heating and cooling metal, so one side would You know, become lighter or hotter because of the sunlight. | ||
| The other side would go into a shaded area based on the way that they built it. | ||
| And that could actually make movement. | ||
| But they were like basically just made a really crappy solar wheel. | ||
| When you talk about light matter coupling, what do you think photosynthesis is? | ||
| Yeah. | ||
| Plants eating that sunlight. | ||
| It's plants doing this. | ||
| All right. | ||
| OK, so we make machines that can do that. | ||
| They're already making artificial leaves. | ||
| They're already making machines that can do this. | ||
| I mean, we have solar panels, bro. | ||
| We have solar panels. | ||
| You talked about using magnesium as the body of a craft, potentially, and that's the atom that's at the center of every chlorophyll molecule. | ||
| We talked about magnesium. | ||
| Yeah, magnesium is an interesting thing. | ||
| No, not magnesium, it's bismuth, actually. | ||
| Bismuth has the highest diamagnetism. | ||
| It's like the highest spin of any element. | ||
| And so we're kind of like, you kind of think of it as like a pendulum or a flywheel in this material. | ||
| And if we get a sheet of this bismuth, because it has this highest diamagnetism, it's really great to build wave guides out of this material because it's It reacts so quickly and so readily to spin more quickly than any other element on the periodic table. | ||
|
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Interesting. | |
| Well, not magnesium. | ||
|
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I don't know. | |
| But they had magnesium layers. | ||
| So they had this layer of metamaterial, apparently, that was given to... It came from Art's parts. | ||
| This came from Art Bell on Coast to Coast. | ||
| He had gotten material sent to him by viewers at Coast to Coast who were like, look, I have pieces of Roswell debris. | ||
| Let me send it to you. | ||
| If anybody has pieces of Roswell debris that they can legally send me, P.O. | ||
|
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on the website? I think. We'll figure it out. | |
| So apparently Jack Vallee has some pieces of this stuff and that's what he brought to Gary Nolan's lab and is doing tests on and stuff and apparently they had some of this material and the destructive analysis doesn't work if you were talking about an atomically structured material that's made on the atomic level. | ||
| We're talking about photonic crystals and photonic circuits. | ||
| This is where we're going technologically with our electronics currently. | ||
| Bridging what's called the terahertz gap. | ||
| So there's actually a gap in the electromagnetic spectrum that we can't really interact with, and it's called the terahertz gap. | ||
| And it's on the level of wavelengths that are where matter is. | ||
| The wavelengths that correspond to the sizes of material objects, of all the elements on this table. | ||
| Once we do that, it's going to be like a merger of electronics with photonics, and there's going to be a replacement of all our technology. | ||
| We're not going to be using electronic devices. | ||
| We're going to be using more quantum-based devices that rely on photonic effects. | ||
| In fact, there's already Electret microphones in your cell phone. | ||
| It has an Electret microphone. | ||
| The microphone in your cell phone works on this more solid-state physics technology, as opposed to the old-school condenser microphones that we're We're working through here, which are older technology. | ||
| Very, very interesting. | ||
| Just to wrap it around, you had a bismuth layer, but a magnesium layer underneath the bismuth? | ||
| Yeah, so that material, back to that material from the Art Bell stuff. | ||
| So they sent this material apparently to the U.S. | ||
| Army and got this CRADA agreement with the U.S. | ||
| Army where they sent this material off for analysis and supposedly the U.S. | ||
| Army is going to tell us stuff about it. | ||
| But they have pictures of this material and they show us the micron layer of this. | ||
| And it's magnesium layers and bismuth layers in this material with monatomic iridium, I guess, on the very surface. | ||
| And that's sort of a material we're interested in trying to attempt to create, looking at different manufacturers that can create this material so that we could test in our lab. | ||
| But, again, I don't know, you know, if that is really alien technology or an alien metal, that would be super interesting, and I'm definitely interested in studying that kind of stuff and looking into it, you know? | ||
| This is, uh, a lot of people in the chat are like, Tim's trying so hard to end the podcast. | ||
| I know, I keep going. | ||
| Jeremy, thanks for hanging out. | ||
| You said a lot of words I didn't understand, and that's kind of the point. | ||
| I think I grasped enough of it, and I think we had a pretty good conversation, so thanks for hanging out. | ||
| For those that are listening, smash that like button on your way out. | ||
| Go to TimCast.com, become a member, and we will have A bonus segment coming up. | ||
| So thank you all so much. | ||
| You can follow me on Instagram, Twitter, Mines at TimCast. | ||
| My other YouTube channels are YouTube.com slash TimCast. | ||
| YouTube.com slash TimCast News. | ||
| We are live Monday through Friday at 8 p.m. | ||
| And again, TimCast.com. | ||
| Become a member. | ||
| Jeremy, is there anything you want to mention? | ||
| Yeah, if you're interested in the science, go to alienscientist.com, YouTube alienscientist, also americanantigravity.com. | ||
| We're working with Tim. | ||
| We have a conference coming up this weekend. | ||
| We're going to have a guy from Boeing, and we're going to have a guy from Airbus on to talk about their research into antigravity. | ||
| Wow! | ||
| It's happening, bro. | ||
| We're getting more people emboldened. | ||
| It's okay to come out of the woodwork. | ||
| It's okay to release this to the public now. | ||
| It's in better hands with the public than it could ever be with the corrupt, horrible politicians that are in control right now. | ||
| Right on. | ||
| You know even though I didn't understand the majority of what you said it's very refreshing to have this conversation and I'm happy we're talking about this and not CNN again ragging on the QAnon shaman and his organic food which they just wrote a piece about right now and it's frustrating and it was really interesting and thought-provoking it was great to see Ian having his moments and of course thank you guys for joining us if you want to support me and what I do you can by purchasing the shirt that I'm wearing right now that says FYI the government is way deadlier than any virus and you could get that shirt On TheBestPoliticalShirts.com. | ||
| I'm also a YouTuber. | ||
| My channel is We Are Change, and I release videos Monday through Friday. | ||
| We Are Change. | ||
| See you there. | ||
| Thanks for having me. | ||
| I will say, Luke's shirts are very comfortable. | ||
|
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I got one. | |
| Tested it out. | ||
| Is it just Teespring? | ||
| I don't know. | ||
| No, we're using another company. | ||
| A guy just messaged me on Instagram. | ||
|
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He switched. | |
| And he's like, hey, I hear you're getting a lot of your shirts censored. | ||
| So all the shirts are back up and all the crazy ones are coming back even in the next few days. | ||
| We got some wild ones coming. | ||
| Send my personal thanks to that guy because his shirts are great. | ||
| We got some we can't even wear on the show. | ||
| Yeah. | ||
| So just saying. | ||
| Bonus segment. | ||
| I want to give a special shout out to Graphene. | ||
| My long lost love. | ||
| I will forever love you. | ||
| 2029 peak Graphene. | ||
| So get ready for it. | ||
| Jeremy, thanks so much for coming, man. | ||
| Tim, Luke, Lydia. | ||
| I didn't get to mention Quantum Radar. | ||
| We'll have to do a bonus segment about that. | ||
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What is it? | |
| Quantum radars is basically like radar, but you entangle your photons so that you can tell if you can see invisible things. | ||
| And apparently the military, there's an article you can look up called the short life of quantum radar. | ||
| And it talks about how they built this system, deployed it to the military, and they received too many false positives. | ||
| So they took it out. | ||
| It was too good. | ||
| They were like, okay, all right, we just opened up the sky to all the invisible stuff flying around out there. | ||
| Oh, shit. | ||
| Well, before I forget, ship. | ||
| Let me, uh, shout out my, uh, Ian at Ian Crossland. | ||
| You can follow me on YouTube, Facebook, Twitter, Mines, and Instagram, and also on twitch.tv. | ||
| It was great to finally meet all you guys. | ||
| Thank you so much for this. | ||
| You guys rock. | ||
|
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And I am Sour Patch Lids. | |
| You can find me on Twitter and Mines, and you can find me at Real Sour Patch Lids on Gab and Instagram. |
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