George Miley IEC Fusion Propulsion

Video Transcript

# George Miley IEC Fusion Propulsion Malaysian 370 contact switch 120 decimal 97. [Music] Breaking news tonight. A Malaysia Airlines flight with 239 people on board, including four Americans, has gone missing. [Music] Oh, [Music] [Applause] [Music] I remembered the line from the Hindu scripture, the Bhagavad Gita, Vishnu. is trying to persuade the prince that he should do his duty and to impress him. Takes on his multi-armed form and says, "Now I am become death, the destroyer of worlds." Wow. Thank you for being here, guys. Uh, how appropriate is the introduction? Uh, Oppenheimer. Oh, here. I am become death, destroyer of worlds. And what we've realized after two years is that the whole MH370 videos are about nuclear weapons. They're about nuclear weapons, guys. Um, that's the reason why I've been getting attacked. That's the reason why everybody tried to make the MH370 videos go away. is that at the end of the day, this all boils down to nuclear weapons. It boils down to the most secret this most secret technology that the United States government has. Happy 4th of July. Happy birthday, America. Amazing technology that we have. America, amazing technology. Loheed Martin, happy birthday. Year 2025. I'm in my full patriotic gown. full on um pageantry getting involved with the spirit. Um guys, nuclear weapons. The orbs in the MH370 videos represent nuclear weapons because they are fusion reactors. They are fusion reactors using the exact same technology that the first uh thermonuclear bombs were using. Same exact technology, same exact science. It's internal or inertial electrostatic confined fusion. That's the form of fusion that they were hiding. And then now it's kind of evolved beyond that into something that's more like magnetically confined fusion reactions. And Loheed Martin has figured it out. Loheed Martin's figured it out. Guys, have we seen a fusion bomb before? So, I dug into this more since last stream. No. The answer is no. Since 1962, there's basically been zero public displays of thermonuclear weapons. In fact, when I started looking it up, one of the things I found was a Reddit thread. And this Reddit thread basically says, "Why have people not been making fusion using the same concepts as nuclear weapons? Like, if it's supposedly it's been proven, why are they not doing quote unquote IEC fusion? We We found it. We found the answer. It's inertial electrostatic confined fusion. That's the thing that they've been hiding. They figured it out during probably the Manhattan Project or there soon after. They figured it out with the Hbomb. At least according to the textbook that we were reading. So today, I've been going on a side quest. George Miley, guys, if you're not familiar with the name George Miley, start getting into your uh vocabulary. He's one of these black project engineers that was working with Hal Pudof, Eric Davis, uh Frank me, David Froin, all the main guys. Paul Siz, so George Miley, another American nuclear physicist, experimental nuclear engineer. Turns out they're all nuclear scientists. All the guys that we're finding from the durs from the defense intelligence reference documents, they're all nuclear scientists. It's not a it's not a coincidence. So guys, once again, I don't know how many times we've done this. I'm going to show a video from 7 years ago, 2018. Predates my investigation into any of this stuff. I haven't seen this video before like two days ago. Okay. And I'm going to show you once again how many direct connections there are to the orbs and to everything that we've been researching from George Miley himself. From the engineer and the scientist himself. JT, you're you're you're thinking right. I literally can't believe this [ __ ] chat. I cannot believe this [ __ ] So, we went on a side quest and this is an audio interview, so I'm going to do it like this. Probably see if um hopefully YouTube won't come after me. Look at this, guys. Give Dr. Matthew Moahan here a follow or something. 428 subscribers, 12 likes, 300 views. The Fusion podcast. Dr. George Miley is professor emeritus at University of Illinois. He's devoted his career to finding breakthroughs on fusion research. Over the past five past five decades, he's been working on variety of approaches. Okay. So, basically, oh, he got his BS in chemical engineering from Carnegie Institute of Technology and then a doctorate and masters from University of Michigan. It's also interesting to see what their these guys history is. First, I like how did they get involved in this before all this? Um, yes, they do make martini glasses this big and it's been a while. Cheers everybody. Before you ask, yes, those are blue cheese olives only. Chad, this is very important. Possibly more important than thermonuclear secrets. Don't you ever buy those blue cheese olives from the store with little square blue cheese inside of them. How dare you? Literally, we'll arrest you and put you in jail if you do that. No, you must take the blue cheese. You must pit the pimento olives. Take the pimento out. Put the blue cheese in. Hand stuff it only way. Okay, there we go. Now that we've dealt with that unsaavory business, I'm going to put this up at we'll try it this speed. I just want to say thank you very very much for offering. Okay, blah blah blah. Here we go. Worked several years for General Electric in Skynct City, New York actually at the Noles atomic power lab where they did work on nuclear submarines. Then I did a tour in the army due to my having been in ROC and after that came back worked a little longer at GE and then became professor actually assistant professor of nuclear engineering University of Illinois and so he worked on nuclear submarines and he worked for GE and then he became a professor interesting to note 1961 I had a 50-year career at the all had to do with ultimately the subject of new energy and fusion in my mind is one of the most important new energies that we can develop. So that's what I've focused on. The first topic that I think we should talk about is nuclearpowered lasers. Can you talk a little bit about what they are and your work in them? Yes. I Yes. Let's talk about nuclearpowered lasers. Chat, remember coherent matter wave beam? Feels like it's going to be important. Extremely interested in you said nuclear powered laser. I call them nuclear pump lasers. Actually, it's interesting. I went to a faculty summer school in Idaho at the national reactor test site. But to get to the lab where I was working from Idaho Falls, had to take a government bus which went out into the desert for about two hours. And many people played cards or did something else. I was reading a book about the invention of the laser which had only occurred a year or so before that. And lasers blaze because you put a lot of energy into the lasing media mostly done by putting electrical energy in. My thought was well why not nuclear energy and so when I got back to the university after that lasers lays because we put a lot of energy into our medium into our medium and he's saying well we can use these he's going to I'm actually skipping ahead but we can use gas as our medium that I began trying to do that now the way I was doing it and the way it's mainly done today is by using a neutron source such as a fision reactor. Not a fusion but a fision reactor which produces neutrons. A neutron reacts with boron and produces products. The main one being an alpha particle which comes out and that can provide energy input to the lasing medium. So it works like an electrical laser only use nuclear energy and so okay right away I heard the word boron. I heard the word boron and I'm pretty sure that JNF 2005 presentation. Quas uh General Quas definitely saw that by the way. Do I still have it up? Yeah. Uh pretty sure they talk about boron in here. I'm pulling up the slide right now. Didn't they say something about boron fuel? Yeah, there it is. Boron 11 third generation fuel. Proton plus boron 11 equals helium 4. I think you're a boron. No, you. No, you're a boron. Okay. Anyway, keep going. Uh, General or uh George Miley, Dr. Miley. Uh, where's the thing? Oh, here it is. Remarkable thing about it would be this alpha particle has a different energy and so it can excite different energy states than a normal electrical laser. In addition, if you design a reactor around a lazing medium, let's say some type of gas that lazes, you can get a tremendous amount of energy in this way. And so it could be a remarkably large laser. And my interest, I view this as a fundamental energy conversion mechanism. And I wasn't thinking of being such a large laser, but later as things turned out, this type of laser could be a weapon. And in the Star Wars era when we were competing with Russia, Russia was working on these types of lasers. We started a secret program in the US also and that was a weapon a laser weapon and doesn't take too much imagination to think of what you could do with such a thing. So I am okay holy [ __ ] chat it's all coming together. Yeah. Who just said dirt is the word guys? The dirt authors are like basically America's secret nuclear physicist. the dirt authors are all of our super secret scientists and they were putting out there what they can put out there publicly. I mean here he is explaining like we can make super powerful lasers using nuclear reactions. We can use what we learned from nuclear weapons and make super powerful lasers out of it because really a to las something to amplify uh it's like what light amplification by stimulated emission pretty close I think laser. So what we're doing with the lasers, you're amplifying energy, I guess. And they do it, they need a medium. They need a gas medium to do it. You need a specific gas medium. So why have I been talking about this helium 3 and boron? These are one of the gas mediums. That's probably the fuel that the plasma that the the plasma reactor, the the fusion reactor is using in the orbs. The only question to me is, is the whole plasma bubble made out of whatever this gas is, boron or helium 3, or is it just confined in a central point? Like maybe they have a tank, a small tank in the middle that is feeding the fusion reactor this this tiny bit of material. Right now, I don't know because a week ago, I had no idea about any of this [ __ ] But I'll tell you this, we are going to learn. I'm going to learn. And if you come along with, you're going to learn, too. We're going to figure out exactly what fuel it is. I didn't think that would be possible before, but I didn't think we would be connecting things to nuclear weapons before. So, this investigation continues to surprise. Couple donations right off the bat. I put the Discord link in the chat. Thank you very much for that donation. Tracy Scott, you've been on fire. Thank you. To go towards flowers or chicks for your Amazon. Thank you very much. I appreciate it. Yeah, I got to smooth things over with mom. the psychopaths have uh upset her. Truth teller 86, thank you very much. Happy four orbs. Yep. Happy fourth fourth orb to everybody. And then Broly again says, "You and Steven Greer are very alike." Yeah, I think the difference between Steven Greer and I is I'm guessing the reason why he hasn't talked to me is because he's not down with revealing things to the level I am. I mean, I think very few people are comfortable with revealing nuclear level secrets. And now it makes more sense for why everybody was trying to blackball me. Everybody was super afraid of talking to me. Is that there were definitely people behind the scenes saying, "Don't talk to this person. It's national security." Or just making up fake reasons. Just making up fake reasons like that person's a scam or a grifter. It's all fake. Blah blah blah. They're literally just protecting nuclear secrets. So, the scary part about protecting nuclear secrets is you can pretty much justify doing anything. And then if it were to come out later on that like I'm right about all this stuff and these people are all disinformation agents and they're all full of [ __ ] and they're all retards and stuff like that, which is what's going to happen. Then they're all going to go, "Uh, but yes, I was doing it for the right reasons. We were just doing it because it was uh nuclear weapons. We were told to do it. We were just following orders." All of them are going to say it because they're they're little [ __ ] Nazis. That's what they are. They're little [ __ ] Nazis. All of them are little [ __ ] following orders people, but they think they're so virtuous. They think they're so virtuous, but they're not. They're literally the monsters they imagine everybody else is. Okay. I didn't think we were going to have a little rant, but there we there we go, guys. Happy 4th of July. We became quite involved with Russians that were working on this. And if uh if anyone has an interest in that, they could take a look at uh a book which I finally published with Russian colleagues who had been working on it, the secret cities in Siberia. They invested a lot of money in the studies and this book is published by Springer and called lasers with nuclear pumping. And once the cold war ended, work in this in the US stopped essentially because the interest in the development ceased to be something of interest by the military. But the work has continued in Russia and still continues. So I I predict these nuclear pump lasers are going to be a thing in the future. I have not thought I don't know those still as as a weapon but more as a way of transporting energy in space. Incidentally with a fusion reactor even more exciting possibility is you can use plasma itself to pump a laser and have a fusion pump laser. So that what Okay guys, yatsi number one. We're five minutes into the interview. Say it again for me guys in the background please. What? Say it again George Miley. Incidentally with a fusion reactor an even more exciting possibility is you can use plasma itself to pump a laser and have a fusion pumped laser. So that you can have a fusion pumped laser with a fusion reactor. You can use the plasma itself as a laser and have a fusion pumped plasma laser. Um yeah I'll take three of those. I'll take three of those and one to go along with my uh Malaysian Airlines flight 370 airplane. I'll take three plasma pumped uh orbs. That'd be great. Wow. Okay, keep going please. That field would produce something very exciting. We need a number of forms of energy and conversion to light from a fusion plasma is exciting opportunity as is conversion to electricity. The issue of information secrecy comes up in dealing with the Russians regarding this and I was hoping you could talk about your thoughts about information secrecy when it comes to fusion. We often see people that come up with ideas for fusion reactors and they get very secretive and protective and they want to hide what they've done. Do you have any thoughts on sharing versus hiding back information related to fusion? What's he gonna say here? I've never been this excited for an answer from for a question. He's like, "What are your thoughts on us hiding this stuff? What are your thoughts on the suppression of fusion?" Please, George Miley, I am about to learn exactly what kind of person you are based on this answer. You, if I were told to answer this question, you guys, you all know how I would answer this question. What are your thoughts? I would say, "Well, [ __ ] it. It's all coming out. It's all coming out. Who gives a [ __ ] about national security is what it is. We'll see how what he says." Well, I'm sure everyone who thinks about this will come up with concerns about it, but the secrecy in the neutrop laser area was all due to and continues to be due to concerns that weapons develop. And that's a different type. Weapons development. The reason for the secrecy in the pumped lasers is due to weapons development. Yes, it is type of secrecy from people in my fusion area who in more recent years obtained private funding to develop a certain type of proposed fusion reactor. If you are going to invest a lot of money into something, you need to have patents and you maybe need to have secrecy until you can get to the point where you can start recouping your money and this is a capitalistic way of developing things. Unfortunately, it retards the development of the field because uh government support which allows this information to be free makes it possible for us to exchange ideas. We go to meetings, we hear what other people are doing, come home excited, try to do something that will advance what they've done. That's a way to really drive a field forward. But the problem here is that the government has become very focused on certain types of fusion and doesn't allow variety and has stifled the development of alternative approaches in the US. Okay, so this is interesting. That was a at first I was pissed off at his answer because I could tell he was going down the well if you've developed something then you deserve to make money off of it route. That's where he was starting with that, right? He was going well if you've made this much money then you deserve to keep it secret. But then he kind of switches and he goes, "Well, that's not really the best way to develop things in a public sphere. In a public sphere, you need to be able to talk about them." So he starts with that and he kind of then he kind of goes into like, well, you know, explains the r the reality of the situation, which is that you have weaponization happening. Uh people are trying to make money off of it. The public, you know, the the academia can't really figure out the stuff unless it's like peer reviewed and not and publicly available. Consequently, private funding is the only way to do that. It's driving the field forward when the government has fallen down and it's still so risky and it's such a long-term thing. It's still something that the government should be pushing, not necessarily individual investors, but that's where we've been left. Agree with that. I have to ask about certain people that you interacted with over your career. Do you know Dr. Moshin Luben who founded the LLE at the University of Rochester? Absolutely. I was working on Fusion here at Illinois. This was back in the early days and I was considering a sbatical and looking around the ocean lubin had done some very interesting work on ion injected mirror reactor at the University of Rochester and I said that's really interesting I contacted him said why don't I come and work with you in that I think it's interesting approach he responded saying well he hated to push me off but he was changing his approach and was proposing what developed into the laser lab there he was proposing to the DoD and DOE to develop built a large laser for fusion. So any Okay. What the hell was that guy's name? He said George Miley just said, "Well, I talked to one of my buddies at a university and he has started up one of the first laser test facilities and he was working with the DoD and he it became now one of the first inertial confined fusion laser test facilities." Okay, we got to go back. Rochester, right? Rochester. Holy schmikes. I mean, this is we're learning the history right now of the development of this technology right now. George Miley is telling us firsthand. This is an extremely important interview. I can't believe it only has 300 likes. End of the day, like these are the guys that took these are the guys that took the Manhattan project and they took it to the next level. They took it to the next level. We're not talking about booms, guys. Guys, it's time for rant number two already. The the normie bluepill idiots out there think that a nuclear weapon is a big boom. Just like how they think that solar power is the most efficient use of energy possible, right? Or they how they think that if you land a rocket upright, it's like the most amazing thing. They go, "Oh, a nuclear bomb is like a big boom." Big boom. Guys, thermonuclear explosions are a fish reaction that triggers a fusion reaction. We have not seen a public fusion bomb, an Hbomb. They can make a neutronic reactions. An autronic reaction will be a low energy reaction, one where there's not a lot of neutrons which carry a lot of the energy. They took the initial thermonuclear fusion concepts like the it's called the oler un uh the uh teller una ulam device. It's one of the first hydrogen bombs by Edward Teller. They took that concept and I think they learned I think from the fusion reaction they learned about zero point energy. It's possible that all fusion reactions are tapping into zero point energy. All consistent fusion reactions. That could be the answer to all of this. And they took that reaction and said, "Well, we haven't seen why have we not seen fusion reactors. And where where are all these fusion bombs that we were supposedly developing? Where where are they? Where are the test experiments? Where are the videos of them? Do we actually know what a fusion bomb does? Or are we just led to believe it's a big boom? What if a fusion bomb is literally ripping through spaceime? What if that wormhole we saw was literally just a fusion bomb? I could be off base. I could be wrong about this, but this is what my instincts are telling me based on what we saw yesterday or sorry, what we saw a couple days ago. All my instincts are telling me there's a connection between fusion, zero point energy, and teleportation. what we saw with the orbs spinning around the planet. I can't get the thought out of my head from Friedwart Winterberg's nuclear textbook when he's talking about using three fish bombs in a triangle formation to cause an implosion shock wave to trigger a fusion reaction. Yeah. And this is another point here is that the energy reaches the Schwinger limit. Right? And this is what Sarati was saying. Jack Sarati was saying if the Schwinger limit was some secret to manipulating spaceime then the nuclear bombs would have done it. No, not the nukes, not the fishing reactions, the the thermonuclear devices, the booster devices, the ones that are fishing and fusion are doing it. Yes. Exactly. Jack Sarati. Exactly. And it makes me wonder if those guys know as well. How many people are hiding this? And how many people are just idiots? If I'm right and what we're seeing in the MH370 video is some kind of thermonuclear reaction, some type of fusion reaction, then holy [ __ ] I mean, holy [ __ ] Ultimately, it doesn't change much from a perspective of what I've been saying. I mean, it is still as huge as I said it was. Um, but it definitely shows that a lot of people out there have no idea what the hell they're talking about. A lot of people out there have no idea what the hell they're talking about and they're pretending to be experts when they have no [ __ ] clue. No clue at all. Okay, here we go. Let's get back to it. I didn't pursue that anymore. And he sounded like he didn't think he would get the money and I thought, well, it sounds crazy. I don't think you'll get any money anyway. But a few years later, the project was funded at Rochester and it was to do government plan fusion work but also to have users. It was built around the concept of a users facility. So people from other universities could come in and use this laser whereas other laser facilities of comparable size say Liverour or some place like that and you couldn't access it. This was a real breakthrough for people at universities. Not many people universities were working in the area because oh it got funded chat. it got funded. Hadn't had an opportunity to do anything yet. So I was very surprised when Mosha called me one day and said he wanted to fly out and talk to me about doing some experiments there as one of the early users. So he approached me to come there and write a proposal and if it would be approved by the review board that they had set up they could get funded and I did that. So it was funded and actually six students worked on that many of whom are still working in the field. So we did an experiment there where we used a magnetic spectrometer which measured the energy of fusion products that were produced when one would implode a fusion target at the facility and that was a very productive and really interesting time but it was all due to Mosha's great interest in getting people to work there like myself and interacting with him in setting up project was great because he was one who wanted to know about the science talk about the science and we did I admired him and essentially they decided later that they needed someone who was more of a business type managing the lab in MOSH and so he was pushed out and then he started his own company there in Rochester too I don't remember exactly what it was set up to do he was creating circuits using lasers like X-ray they passed on but great person Bogdan Magitch he's no longer with us what was he like as a person because he made some very bold claims so basically this guy had figured out one of the first laser facilities sounds like he got pushed out and now George Miley is about to say oh and he invited me out there. Here we go. First time I met him, I went to a meeting in Austria and he was there. He always made whole claims, you know, he was talking about this enigma. His approach to fusion was to have colliding beams. Hard to describe how slides, but he had a bunch of beams coming around in circles and all intersecting in the center with each other. What his approach to fusion was to have colliding laser beams that all circle in on each other. Okay, keep talking. It a very interesting concept. But uh at this meeting he gave a talk. He captivated the audience and said that he was planning to set up a company and create one of his devices next to Austria and Poland. And the next day when we were going to the meeting, some people were picketing out in front of the meeting place. They thought it was a fision reactor he was talking about. Didn't want one of those things in Poland. Anyway, he was very flamboyant. That was my introduction to him. Later I got to know him somewhat better because he had support for his make of work from the Air Force and I was a member of the Air Force review committee which Air Force. Okay. Uh yeah. So when people are making bold claims and talking about combining lasers and that they had done work with the Air Force. Yeah, I'm super interested because the Air Force is the one that figured this technology out. Air Force is the one that definitely figured this technology out. Viewed research is being done by the Air Force laboratories and also contractors. And since I was one that knew something about fusion on the committee, I was tagged with the problem of reviewing his work at Princeton on this MIGMA. And it's a remarkable concept, but getting too much into the physics of it, I would say that the big question is these colliding beams had an unstable distribution. And you worry about instabilities and problems that would prevent it from having sufficient refinement time to really fuse. And and trying to review this and get him to explain why he thought that what I just said wasn't correct for his approach was like pulling teeth. He was very hard to deal with. And at one point he called and said he was about to sue me because I was misrepresenting what he said. Anyway, later I found out that you weren't anyone unless you've been threatened to be sued by by Maggish. So I I went ahead and didn't worry about all that. But I think that his personality was he was one of these people very hard to get along with as I've said, but he also was focused and dedicated to achieving fusion. And he's one of these people have two beams colliding. There's an instability that forms because of the charge distribution and they spread apart. That was that was figured out by the pope of plasma physics. You've interacted with Norman Roto Stoker. He's kind of famous with the trial crowd. Okay. So Oh, okay. Okay. That wasn't the one I want. This is the guy I was thinking of. Okay. That was some other random guy. Well, we we just heard some random discussion about some guy that worked at Air Force Research Lab that doesn't sound that great. Um yeah, Tri Alpha is going to get a name drop in here as well. Tri Alpha is the one that created this thing that I showed you guys. uh on Wednesday. Reverse field configuration. Come on, Streamyard. Get your [ __ ] together, Streamyard. When I share something, I expect it to show up. There we go. Try Alpha made this. I mean, this is what we're talking about where it's the orbs are using a field reverse configuration fusion design. You can tell because you can just literally see the bubble here. I mean, you can just see the bubble. That's exactly what the orb looks like. That's why the bubble is stable. Electrons like that. they're able to stabilize the field flow of the plasma. I was thinking about taking a sbatical, but almost at the same time Orin Rostocker called me and I really didn't know him, but he was head of the applied physics department at Cornell at the time and they had this post electron beam experiments that were going on and it was their high voltage lab and I knew about that. And so he called me, he said they had some great results. they could accelerate ions to GV energies and these ions when they collided with a target but produce very high energy nuclear reactions that hadn't been observed before and he wanted me to come out to study it and he was going to hire me to come there and my wife is did her studies at Cornell and so when I told her that he wanted me to come there she was all excited we decided that would be a great place to spend a year and I got there and by the time I got there he needed to so he this guy was testing high energy reactions that hadn't been seen before. High energy reactions that had never been seen before. And then George Miley gets invited to go out and work with him. Discovered that they had made a mistake and they had not accelerated GE beams. The concept is that low energy electrons passing by. Lions would accelerate them, but they have to catch them in the central well to move them forward. Like getting someone to jump on a moving street car. If you don't jump properly, you don't get on. That's what was happening. So he got me there and he said, "Well, I could do whatever I wanted." He didn't care. So they weren't able to get the beams to work because it was like trying to jump onto a moving street car. Huh. Pretty interesting. Uh let's keep going. And that was a great time. I did two things. Taught a fusion technology class in the spring. Second thing though was I decided to dump these relativistic electron beams into a gas such as nitrogen or neon or helium or something and see if I could make it lays and I developed a method for doing that and I succeeded just as I was about to leave after the year actually. So, George Miley showed up. This guy's experiment was in the dumps. They weren't able to get these laser beams to join together. And then George Miley says, "Well, what if I put a gas? What if I put it in a gas?" So, he says, "I put in some gases and I developed a system for creating a laser using I think at least some of those were well, I don't know if they're they have to be um what do they call them? Noble gases. Not sure. whole field took off after I left. Not necessarily because of me, but so many people were working on I just happened to be lucky to be the first one to write a paper on it with the results. Norman realized what had happened. He came racing over to the house day we were leaving and said, "You wanted me to stay another year working on these lasers." And I said, "Well, I can't do that now. I've already committed back home and unloaded into a trailer to move back." He was a great guy at the time. He had some very interesting primadana people working on these relativist electron beams for fusion. For example, Hans Flashman was trying relativistic electron beams for fusion. That sounds a lot like a coherent matter wave beam to me. Guys, let's just just remember these words. Relativistic electron beam. Relativistic electron beam. Okay, one thing uh my colleague Dr. Mo Arman and myself is really Mo's idea uh but I helped him with that uh this is a way of generating matter wave beams. So rather than a laser beam, it's a matter beam with firmians. And we're using a Harnoff bomb effect to put things firmians in coherence, which sounds like, wow, that doesn't sound like that would work. Um because there's an there's um you can modify the firmians with no energy exchange. And so uh we predict that we'll be able to put those uh in coherent and generate a beam. And people have done those with Bose Einstein condensates you know at very low temperature but using one of those uh constraints um Loren varants well that that firm uh compensate is a beam in a different reference frame. So in my mind that shows you can uh build a beam out of firmians. When he talks about reference frames, that's where I'm thinking relativity. A million times more powerful than a laser, plus atomic scale manufacturing and and maybe um transport of matter over a distance. Okay. Uh is it going to play? To produce field reverse configurations competition with Livermore, but these people couldn't get along in Hold up. Hold pause chat. What did I just hear? Well, Hans Fleshman was trying to produce field reverse configurations competition with Liverour. And what did you just say? Pawns and Fleshman or was that a different guy? A different Flechman trying to produce field reversed configurations. Is that what I just heard? Get this. Okay, one sec, chat. I'm gonna lose my [ __ ] This This fly has got to go. Uh, okay. These people couldn't get along and were always arguing about who got what beam time on the machine and this that and the other and Norman was very frustrated. He found himself trying to prevent these arguments. Norman was very blunt but it was in a way that it was sort of fascinating. He didn't get mad e. I came in one day and told him well you know what we need to do is we should be working on fuel reverse configurations for proton 111 fusion. And said that's craziest thing I ever heard. Get out of my office. What? Field reverse configurations for boron fusion. Field reverse configurations for boron fusion. Boron is one of the few fuels that could be used in the orbs. Wow. Headed up trial alpha and basically is that concept much improved from what I was trying to tell him about though. We got to change gears. I gotta ask you. You went to Tri Alpha. Trial Alpha is in the company I just showed the demonstration for. Wow. Sorry guys, I can't do anything about the light. I actually literally have it blocked. It's blocked and there's one square that's coming right into my eye somehow. There's nothing I can do about that. So, wow. Try Alpha, guys. Boron infused fusion is what they potentially were using. Boron is a as a fuel. Technical questions. Todd Ryder at 94. He wrote that MIT thesis that said that there are fundamental limitations to a plasma and thermodynamic equilibrium. You and Lewis Chicone in 2000 did some really good theory work arguing against Todd Ryder's IEC papers. Can you explain that work? Yeah. Well, Ryder and Evans were both were aimed at inertial electrostatic confinement in different ways and it's a very complex issue. Ryder had tried to solve the energy reaction problems inside a plasma that is quasyneutral isotropic bell curve in energy and then how energy moves around from hot to cold plasma and the different rates and how long things take the rate constants that he used were calculated assuming an equilibrium distribution which it isn't in an equilibrium distribution and consequently when you recognize that and do a calculation like chan and I did I should say he did the hard work he was my student he showed that when you took into account the proper our distributions that Ryder's work was not correct although on some limits it might be the limiting cases are not where we want to be in order to achieve fusion and in Nevin was more subtle but again it had to do with distribution functions and equilibrium kinetics and felt that we presented a counterargument both there are okay okay that's enough so none equilibrium the plasmas are nonequilibrium plasmas that means there's a separation of electric charge and positive charge. This is the thing that people can't explain about the sun. Classic physicists can't explain. Why is the sun have a coron plasma corona? Why is there an this an inequilibrium? Shouldn't the the negative and the positive charges come together and equalize? Why are they not doing that? That's what is the secret to inertial electrostatic fusion. Free energy, keeping your dipole open. That's all initial inertial electrostatic fusion really is figuring out direct conversion of energy. Here we go. Listen arguments and consequently I have a strong feeling and think have technical reasons for feeling that inertial electrostatic confinement will work as a fusion system. Do you have a favorite fusion approach? There are a lot to choose from. Well, I'd say feel that initial electrostatic confinement very good approach and one that could achieve a small reactor systems and is one that if correctly carried out could achieve fusion early because it has the advantage of fairly cheap and small experiments so that you can progress rapidly. We don't have to have a huge project like eater to get there. Let me back off. I think that there may be various approaches that ultimately achieve youth and we should be pursuing a number of approaches. But the thing that's happened most of the money has ended up going to the international fusion project either. It prevented us from pursuing many alter I think he they edited out a part there where he was sounding off on iter which is the international fusion uh thing. So basically this is from seven years ago from 2018. He's basically saying that the hot fusion people is a big scam. He's basically saying that we've been wasting all this money on fusion approaches that aren't successful. we should have been spreading the money out to different fusion approaches including inertial electrostatic confined fusion. At some point in this interview I'm probably going to skip over it here. He talks about that they only get this tiny tiny amount of money for IEC fusion and for all the other fusions they get this huge amount. Can you describe direct conversion to someone who's not a specialist? What problems you think has been solved with DC and what problems you say remain? Let me go back and talk about this from a conceptual view. When we create a fusion plasma which is hotter than sun, we really have electrical charges, ions of electrons moving at high energy. All we need to do is separate them and we have an electrical current. So it always seemed be sad that we would have such a amazing high temperature plasma which would end up just using a steam cycle to produce electrical output. So the basic question is okay okay guys I I love George Miley. Now what did George Miley just say? He said, "It seems like a waste that our energy would just produce heat and then produce a steam cycle, heat up the water and then have the water spin a tur the steam spin a turbine. That's how all our power works. Why are we doing it like that? Why aren't we doing direct conversion into electricity? Isn't that much more efficient? Everybody can understand that concept. Why would I use heat and energy to boil water to spin a turbine with steam? Why not just have the energy production come out in the form of electricity? Look at me. I'm winning Nobel prizes just for saying normal [ __ ] Can you think of some ways of having direct conversion of these charged particles to electricity by passing the steam cycle? And if you do it that way, you aren't limited by the caret cycle efficiency. It's not a equilibrium thermodynamic system. It's a direct separation of the ion electron charges produces a current and so in principle you can have 100% efficiency. You never get that but saying that would be the limit. Whereas pause chat pause in principle you can have 100% efficiency. What's he saying? He's basically saying what Tom Bearden is saying. He's saying keep your dipole open. Don't try to keep like don't constantly push on the swing. He's saying as long as you keep your positive and negative separated, you're going to have energy flowing. That's where the electricity is coming from. Where is the electricity coming from? It's coming from a separation of positive and negative charges. So, keep it separated and you're going to have perpetual energy. And you would say, but but doesn't it take the same amount of energy to keep it separated? No. That's the secret. That's the secret. And that's where you would say anybody who counteracts you and says no it must take the same amount of energy you would say what about the photoelectric effect. Photoelectric effect shows it's definitely definitely not a direct relationship between the input energy and what you're getting out. It's not that simple. You can have a situation where you're lighting a cannon. Lighting the fuse on the cannon releases a huge amount of energy. You can do that. And that's the principle for free energy. Like Tim P said, it's about efficiency. It's really about efficiency. How efficient do we think our produ forms of power production are right now? My guess is less than 10%. End of the day, you add it all up, probably less than 10%. right here, George Miley is saying theoretically you can achieve 100% direct energy conversion theoretically. Otherwise, you're limited by the temperature difference hot and cold. And if you have a DT fusion device that's using a neutrons to heat a blanket or something, you end up with temperatures that are limited by materials limitations much like a fision reactor and hence the conversion efficiencies may be limited to 30% or something like that. The difficulty at fision reactors was that fuel element vision reactors 30% efficient limitation 30% limitations caused the hot temperature at a fision reactor to be less than hot temperature in a coal fired reactor. So that's sort of frustrating. They finally got around that got higher temperature fuel elements. What do we achieved in that? Livermore and people like Ralph Moyer there were leaders in trying to develop ways of doing this. The fusion reactor that they were working on was one of the easiest to conceptualize doing something like I'm talking about because in the mirror or the mirror you what you have is a magnetic bottle. You put strong magnetic fields at the end which was in the center and you have the plasma in the bottle and the fusion products and the plasma ions and electrons all come out the end through the mirror field. So you can get to them there. So they work on a direct conversion method which just used electrostatic converter plate. If you use DT, the main energy carrier you're trying to convert is the alpha particle. The trillium goes to an 14me neutron at 3 and a half me alpha particle. You could convert the alpha partic energy by just having a plate which is at 3 and a half me and have it come against that plate and you get a direct current at very high voltage. But that would be probably not very economical in the sense that most of energy is carried by the neutron. You have to work. So what he's explaining here is how those orbs that we see are not white hot. Why are the orbs of plasma not white hot? It's a fusion reactor, right? Shouldn't it be white hot? They have a direct energy conversion mechanism that's converting it to electricity. That's literally what they've got going on in those orbs. They are controlling the production of electricity to a minute detail. However much they want to produce, however much they need to produce, however much electricity they need to build up. Those orbs are direct energy conversion into electricity. That's how they can keep the temperature low as well. I expect they're using meta materials inside the orbs that are designed for high temperature reactions. But the magnetic fields themselves potentially keep the plasma from interacting with any of the mater with any of the hard surfaces. The magnetic fields are so strong that they can probably create a layer between the sensitive material that would be eaten away by the plasma and the plasma itself. Worried about the fact that you can't use direct conversion. Yeah, it would be static DC electricity. I think he talks about that here as well. Neutron and neutron will end up thermalizing in a blanket. So you have to have a temperature there. So other ways of doing all this in laser fusion, you could do this by having the expansion energy work against the magnetic field and extract energy that way. Anyway, coming back to the wait, you could have the expansion energy work against the magnetic field. Doesn't that sound exactly like what Loheed Martin's fusion reactor was doing? their fusion reactor. The whole basis was the further away the plasma gets, the harder it gets pulled back towards the center. The further away from the center in your plasma bubble, the harder it gets pushed back towards the middle. And right here, he's saying you can use that as a direct energy conversion mechanism. That that kinetic energy can be used as a direct energy conversion mechanism. Whoa. Holy [ __ ] They have figured out some crazy stuff. Yeah. Hi, China. Hi, Russia. I wish I could say hi to Iran, but all their nuclear scientists got killed. So, rest in peace. But anyway, cautionary tale for the other countries who are watching this. Um, you want to be in a country that's allied with the CIA. Just just saying. Neutron, you not only have to have a confinement method that allows you to do this, but you also have to have a fuel that gets most of energy into the products. Unfortunately, nature's has not been kind to us. In this case of the fuels, the next most favorable would be dutarium helium 3 where you would a lot of the energy and charged particles, but you still produce some neutrons from DD reactions. But wow. Duty dutyium dutyium helium 3 duterized helium 3 is the one that he said is the ideal one. The one that Steve Quas was talking to Shawn Ryan about how we got to go mine it on the moon. that that JNF 2005 paper was talking about. We need to mine it on the moon. There it is. So, you're telling me there might be a need for some catalyst that is super rare in order to do all this. Holy. I was thinking they can just use fusion to create whatever material they need. Presumably they can, but I don't really know where they're we are at publicly or where we're at privately with this technology. Wow. But the problem is where you get to helium 3. That all led to people thinking about getting it from lunar mining. The other fuel has been very popular. If we can figure out how to do it is protons on boron 11, PB11. There was hydrogen boron. Boron 11. There it is. That's the other one. remember from the paper, guys. Hold on. I'm going to switch screen shares. Holy [ __ ] The other one is Boron 11. Holy [ __ ] Holy [ __ ] There it is right there, chat. There it is right there. Boron 11. Proton Boron 11. Third generation fuel. Helium 3 or they can use boron 11. And then isn't boron 11 got so and here you go I this is probably important it's like why fraction of fusion energy released as neutrons. So if you want an autonic reaction you want to have the least amount of fraction of neutrons be released. So these ones at the top are going to have a huge amount of neutrons be released. And what are we looking for? We're looking for a neutronic reaction. An autronic reaction is a low energy reaction. So, the fuels that we're looking for must be these ones in green, red, and blue. So, we see helium 3 and we don't see boron on this list, but my guess is boron's another one of the ones that's like helium 3 is. Doesn't this one say something about boron as well? Did I just see the word safeire? No. Okay. Anyway, I don't want to rehash all that. Let's go back to the presentation. Anyway, boy, that presentation is wild, man. That JNF 2015, I bet you there are a lot of major players. So, we got alpha particles. That's where the name dry alpha came from. They were hoping to be able to do direct conversion from the alpha particles coming out of their field confined device. You actually touched on two questions that I had, which was the uh real quick, I want to see I see there's a [ __ ] in the uh pill chat zoned 117. If you are so [ __ ] that you are saying stupid comments like you got to be six years old to believe this. This is George [ __ ] Miley experimental nuclear physicist professor ameritus at University of Illinois. If you're so [ __ ] stupid that you can't tell that I'm only revealing real physics and real science. The stuff I talk about is only real hard physics and science. If you don't understand what I'm talking about, just go back to [ __ ] Xbox and Twitch and IRL streaming, whatever other fake [ __ ] you do to get through your day, go do that and then just do us a favor and die early so that we can free up the resources for somebody who's useful on this planet. We need less retards and morons on this planet and we need more people that understand basic physics, basic science, and then the more advanced sciences like thermonuclear reactions. That's what we need if we want this civilization to have any hope whatsoever. Hope you appreciated my third rant. The ash problem and fusion fuels. There's people who think that we can do it all with detium. Do you think that's possible or see me the standard is to use DT. That's what all the national labs are focused on. You're talking about ash. If you have a say a tokamac and the alpha part is contained in the plasma itself, it's going to slow down and it'll be plasma is around 20 kV or something fusing. The ash will be at about 20 kV and the question is will it come out in the diverter in the toamac at the same rate as the fuel so it doesn't build up. If it builds up, it drooses the fuel and that could prevent it from performing well or even igniting. And I had actually written several papers about this where I was claiming that the alpha particle due to its double charge and the potential surfaces in the plasma that the ash would build up you did have a problem. Other people who were on the plasma design teams for eater said that that was wrong and they feel that there is not a problem. That remains to be seen once they get the thing built which will be a while. Yeah. So basically George Miley is like hey your thing's not going to work. Here's why it's not going to work. And so presumably they just kind of ignored him. And so now we're actually starting to see why Fusion has failed so miserably, right? Like, oh, they're using the wrong fuels. Like they were never reaching the right energy levels. The containment method was never going to work. Like all these things they were just it was doomed to start with. And it's funny because when you press these complete phony ass clowns and you press these people that have been working on these fake ass fusion projects, they'll go, "But it was just that's how science works. Science is a progress of a lot of failures." Yeah. It's not 50 years of failures, though. It's not 50 years of failures. Everybody involved in all of Fusion should be embarrassed. They should be ridiculed for the rest of their lives. It's actually disgusting how many tens of billions we wasted on fusion for nothing. Absolutely nothing. Nothing at all. And this isn't to say that we shouldn't do physics research. It's said that we should probably try other approaches and stop pretending like we understand the universe when we can't even figure out basic fusion. It's like the most basic process that keeps us alive every day is fusion. That's called that sun in the sky. If we can't figure that out, then we're definitely doing something wrong. If we can't figure that out, we've definitely 100% made a major major mistake in our understanding of the universe. It's actually just straight up embarrassing how idiotic our fusion scientists are, the ones that have no idea what they're doing. How have they not figured this out? We're watching stuff that we're watching here. There's no excuse whatsoever. If you call yourself a fus, a plasma physicist, how have you not seen George Miley's work? How are you not familiar with the concept of inertial electrostatic combined fusion? Have you not read the first page of Winterberg's thermonuclear reactions textbook? Literally says right there, IEC fusion is is classified because of nukes. Which which which version of F fusion do you think is going to be the one that figures it out? Probably the one classified for nuclear weapons. My god, they they made people so dumb. Even PhD physicists are just complete retards who have no idea what they're talking about. God, at least we got George Miley chat. I hope that they're right, but uh I'm not going to say I'm wrong. Also, it goes to point here as well. He's like, I'm not going to say I'm wrong. These guys know they're right. And they're also just kind of gatekeeping, right? Like George Miley could become an advocate. He He could be activist about this. Instead, he's not being activist about it. He knows secrets. He's probably worked on like the neutron or the the uh the autronic fusion bombs and all this [ __ ] These guys know the answers, but they're just not willing to put themselves out there. That's the difference between them and me. People are like, "Ashen, are you afraid?" You're talking about nukes. I'm not any more afraid than I was before, which was zero. Zero afraid. In fact, I'm a little bit happier now. Now that I know it's all about nukes, I know exactly where I stand. I was confused before. I was like, "Is this good? Is this bad?" No. Now that I know it's all about nukes, now I know I have them over a [ __ ] barrel. Now I know I have them over a barrel. Now their nuclear super nuclear secrets are leaking out. And the next thing I'm going to figure out is how they turned the fusion bomb into a teleportation device. People out there are going, "Oh, but I thought you said it was teleported. Now you're saying it's nuked." Uh, clapping seal, dear. Clapping seal. It's possible for two things to be true at the same time. I don't know. People can't figure this out. I thought you said it was a fire. Now you're saying that the orb zapped the plane. Well, guess what, guys? I'm adding another element to it. Let's see if you can hold three ideas in your head at the same time. It was a fire, it was orbs, and it was a thermonuclear reaction. Wow. All of those things can be true. Yes, they're all possibly true. especially because the lithium 6 in the batteries was potentially the catalyst for the thermonuclear reaction. So yes, all of them can be true. In fact, the more I think about it, the more I think they all must be true. But I'm keeping an open mind to it because I want to be I want to get to it from a logical standpoint step by step. Okay. Is there anything you're working on now that you want to talk about? Well, since I retired, I'm still working and still have some students and then I still have a small company. So, let me just mention both. I could not get funding for nursinement fusion development itself. So, instead what I've done is talked about using the couldn't get funding couldn't get funding. Did was he not able to get funding because they're trying to keep it black? This is where I wonder like how could a guy like George Miley, I'm not even going to let be allowed to change my views. Okay. How could a guy like George Miley not be able to get funding for whatever he wanted to do? Like literally anything. This guy's professor Mereditis. He was working at for doing stuff for the Air Force for like the military. He's writing DUR defense intelligence reference documents. He can't get funding for his IEC fusion. Does that make sense? That's like Salvatore Py not getting funding for his high energy electromagnetic field generator even though he has the backing of the chief technology officer of the Navy. Kind of feels like gatekeeping, especially the way he says it where he's kind of like, "Well, I couldn't get funding for the thing that I wanted to do." You don't really seem that upset about it or surprised. You're kind of like, "Yeah, I wasn't able to get the funding for the secret stuff that I wanted to do, so I had to do something else." Doesn't Isn't that what that sounded like? Inertial electric fusion configuration for space propulsion, but it would not be powered by fusion, but it would be powered by electrical input, which would then reach the plasma and configuration would cause the plasma to come out in a jet, which would power the fusion system. And I have a student who's working on that. We're doing experiments where we're trying to demonstrate that what I just said works. So, I'm very happy about that. Um, what? Pause chat. Mega pause. What the hell? You couldn't get your funding, so then you started working on fusion plasma propulsion. What? Huh? Say it again for me. inertial electrostatic confusion configuration for space propulsion but it would not be powered by fusion but it would be powered by electrical input which would then reach plasma and configurations would cause the plasma to come out in a jet which would power the fusion system and I have a student who's working on that we're doing experiments where we're trying to demonstrate that what I just said works so I'm very oh oh I think it works I think you know it works too. This is some crazy [ __ ] chat. That is explaining how the orbs are working with their plasma jet coming in and having it shoot out the back. Oh, I think he knows exactly how it works. This is crazy, guys. This is how like, guys, these are some of the dumbest comments I ever get out of anybody. The people that go, "Teach me how to build this." You're never going to build this in your entire life. Stop pretending. Stop pretending. First of all, you couldn't even build this if you were an expert electrical engineer. That's the level of expertise we're talking about that's required from a level of material science level. You need to have a black project and laboratory that's millions of dollars to even begin to think that you're going to even begin to make an experiment that can even show one of the dozen aspects required in one of these orbs. I want people to understand how [ __ ] [ __ ] you are if you think you're going to build any of this [ __ ] First of all, none of you build anything. What you do is you buy [ __ ] from Apple. You consume. 99.9999% of you never have built anything ever in your life. So, let's stop pretending like we all we need to do is make it public and then everybody's going to go build it. No, you're not. None of you are going to build any of this [ __ ] You're going to sit around and you're going to wait for them to come and give it to you. You know how I know that? Because that's how it's worked for all of human history. That's why it works that way. It has nothing to do with posting the schematics publicly for people. Uh guys, if you think that's all it took, that's it would have been done a long time ago. These people are 12 Nobel prizes ahead of the public. And from a material manufacturing perspective, beyond your imagination. I mean this literally beyond your imagination. They're already [ __ ] transmuting [ __ ] They're already basically producing infinite energy that they want. It's beyond your imagination. So you think you're going to go in your garage and you're going to whip up a a plasma orb that's air breathing that's flying through the air that Loheed Martin has 50 years of institutionalized knowledge on air gap servers. Not in a million [ __ ] years are you going to do that. Jesus. What we are going to do is we're going to present we are going to spread awareness about it because that's all that we can do because they're so far ahead that they're not even afraid of me. They're so far ahead. They're so far in control of the minds of everybody. They're not even afraid of a guy blurting out their nuclear secrets on a live stream to 700 people, showing videos, leaked military videos of their own operation that shows the weapon happening. They're not even afraid of that. So, no. In fact, building something is about as stupid as you can possibly get. You want them to to take you out? Do you want to become like the Iranian nuclear scientists? Because that's how this [ __ ] plays out, chat. That's how this plays out. Very happy about that. It's allowed us to continue to work on some of the basic physics that's related to inertial electroic confinement. Even if we aren't working on fusion per se, I think that our understanding of some of this physics is going to help some of my other students have used modified IEC concepts produce neutron sources. I have a company here in town, Starfly is the name of it, that's producing commercial neutron sources for various applications such as neutron activation analysis used in coal mines or steel mills or the other thing I'm working on is our concept involves nanop particles that we've milled ourselves using a cryomill. So they have a number of defects and we purposely try to create these defects. When we pressurize them, high pressure dutaterium or hydrogen, the gas condenses into these defects and forms a very high density cluster have a thousand atoms of dutium in a cluster and this cluster is so dense that it is actually superconducting at -7° fused. So that's that was the last yachti I was waiting for. Listen closely to what he just said there again. That was kind of boring for a second but then he just let up some sauce. S condenses into these defects and forms a very high density cluster. I have a thousand atoms of dutaterium in a cluster and this cluster is so dense that it is actually superconducting at -7°. So it may even fuse. The cluster becomes super this plasma becomes super conducting. The plasma becomes super conducting at certain densities. There you go. That's the the final yatsi that we've been looking for. Salvatore Py said high temperature superconductor. What's a high temperature superconductor? Well, -70° is pretty high. That's a pretty high superconductor. So, they're saying that we can condense the plasma together and when we condense it to a certain point, it becomes super conductive. So now why is it important that we have a dense plasma focus? Why are all these plasmas dense plasmas? They're dense because they are achieving conductivity, high conductivity, super conductivity. And it does not overheat as well. That's the other thing that people are pointing out. It's not overheating. They have control over the temperature of the plasma well beyond what the public IDE and the other fusion reactions are trying to do. And so this is the last thought tonight is just it's scary to think about how far advanced they are on all these concepts and the public hasn't picked out up on any of them. on any of them. Looks like Bernie has uh is promoting a interview with a third generation Iranian nuclear physicist. Let him know that I uh wish him the best. I'm praying for him. I would tell him don't research zero point energy. It's not going to end well. Anyway, guys, uh that's going to be it for tonight. So, that's pretty much the end of the interview. Uh George Miley, guys, check it out. I'll put a link to the full uh interview in the description right after the stream. Thank you guys. M37X, we're going to be digging more into nuclear secrets next week, the second half of of Friedwart Winterberg's textbook, and then probably some more side quests as well. Like now we've been able to connect the free electron lasers to these thermonuclear reactions. The orbs are almost certainly some type of fish bomb, fishing reaction that's triggering a fusion reaction, I think. And if anybody else can find out any reaction any connections between Hem Holtz coils or any reactions between any uh connections between the fusion reactions and or fusion bombs and zero point energy would be great. I have a feeling we're going to be able to find a lot of connections between a fusion bomb and these thermonuclear devices and zero point energy free energy etc. and maybe teleportation because the last bit that we have to find out guys, the very last bit and happy 4th of July to the trolls as well. The last thing we need to solve, I think we've pretty much solved the orbs, but what we need to solve now is how did they figure out how to teleport? How did they figure out how to turn these thermonuclear reactions into a teleportation mechanism? It makes more sense now when we look at Eric W. Davis's teleportation physics study, they probably already knew that teleportation was going to be possible because of these fusion bomb reactions that they were testing. So the next step was okay, how do we control it? How do we control the teleportation? So there has to be some documentation and paperwork that connects these nuclear processes, these tooidal plasmas to some type of teleportation testing or fusion bomb testing. I don't know what it's going to be documented under. Okay guys, thank you MH7x. Also, thank you to everybody in the chat talking about how this will be documented in history or whatever one day. I seriously doubt it, but it's it's a nice thing to think about. So, uh, let's play us out tonight with, um, a different one. We're going to play us out with the Pepe Cipher, guys. Pepe Cipher MH370XS beers. Happy Independence Day. Happy birthday, America. Love you, America. Take it easy, chat. later. Infrared eyes scanning the black, tracking the heat, never turning back. And 22, a coverted gaze. And 33 in the cosmic maze. And rolls in the mix. Secrets untold. Silent washers brave and bold. In the shadows they silently glide, protecting our interest far and wide as spears. Sentinel of the night, watching over with infrared sight, alerting us to threats of guiding our defenses like a guiding star. In the silence of space, they keep their post. Shields unseen yet feared the most. With precision and speed, they warn of danger, keeping us safe from the missiles anger. As Beers, Sentinel of the night, watching over with infrared sight, alerting us to threats afar, guiding our defenses like a guiding star, and walls in the mix. Secrets untold. Silent watchers, brave and bold, in the shadows they silently glide, protecting our interest far and wide and fears the sentinel of the night, watching over with infrared sight, alerting us to threats of guiding our defenses like a guiding Star as fierce, Sentinel of the night, watching over with infrared sight, alerting us to threats afar, guiding our defenses like a guiding