Felony Physics - The Secret to Fusion

Video Transcript

Carl Sean could not have predicted 2021, but he did see it coming. He wrote the following back in 1995, and we quote, "I have a foreboating of an America in my children's or grandchildren's time. When the United States is a service and information economy. When nearly all the manufacturing industries have slipped away to other countries. When awesome technological powers are in the hands of a very few and no one representing the public interest can even grasp the issues. When the people have lost the ability to set their own agendas or knowledgeably question those in authority. When clutching our crystals and nervously consulting our horoscopes, our critical faculties in decline. Unable to distinguish between what feels good and what's true, we slide almost without noticing back into superstition and darkness. The dumbing down of America is most evident in the slow decay of substantive content and the enormously influential media. The 30-second sound bites now down to 10 seconds or less. lowest common denominator programming, credulous presentations on pseudocience and superstition, but especially a kind of celebration of ignorance. Roll that around for a while. Those were among his final published words. He died 10 months later. Here we are 25 years later realizing just what he was trying to tell us back then. Ashton Forbes, you know that super jacked guy. >> Malaysian 37 contact 129. >> Breaking news tonight. A Malaysia Airlines flight with 239 people on board, including four Americans, has gone missing. Even as these grainy satellite images released today by the Chinese government >> again the Malaysian platoon was a was one shot at China saying knock it up. >> Why shoot it down though if it's not hostile? Our technologies permit us to manipulate time and space. >> Why is it distance annihilated? >> This country is very powerful. Far more powerful than people understand. We have weaponry that nobody has any idea what it is. And it is the most powerful weapons in the world. >> Not even close. >> I remember the line from the Hindu scripture 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." I suppose we all thought that one way or another. Let's go, chat. Get hyped, baby. Get hyped. Ashton will definitely sell out. Ashton will definitely sell out, chat. Oh, hey everybody. Happy Friday. Hope you guys are doing well. Good to see you everybody in the chat, including you, Leslie. Thank you for being here. Guys, right off the bat, big revelation from my perspective. Before I say it, I want to say Candace was right. Chat, can't believe I'm saying these words. Candace Owens was right about me when she said that I'm like a pitbull with a bone. That I'm just never going to let go of that thing. That's the only thing she's ever been right about probably, including not understanding how what thunder is apparently. But I digress. I digress. we can learn. I used to say that I'm only doing this because I want to help people. And obviously that's true 400 live streams later. The main takeaway that you can get from these live streams, from this investigation, from this research, is that you too can be a hero. Quote unquote my hero academia. You too can be a hero even if you don't have a superpower. And tonight, I'm going to give you some of that secret sauce. Before we do that, the big news, the weird news of the day. There's always some weird ass news going on in the world. Hillary Clinton was called to testify on Epstein and this rumor started circulating that she was asked about UFOs. I thought this was interesting because we have probably been one of the only communities that's been digging into the physics side of Epstein and the fact that he set up the Santa Fe Institute right next to Los Alamos to try to pull all the scientists when the funding was lost is pretty damn weird. So, I was paying attention to this story, trying to get some more details about it, thinking in my head the context would be you've got these weirdo senators, Congress people, whatever, asking dumb, stupid questions like they normally do. And I figured that would be the situation. But then this happened. I definitely bookmarked this. Here it is. Yeah. Okay. So, here's Hillary Clinton saying that she was asked about UFOs. >> It then got at the end quite unusual because I started being asked about UFOs and a series of questions about Pizzagate, one of the most vile, bogus conspiracy theories. It then got at the end, >> okay, so hold on. quite >> so what she seems to be doing here is a classic political move where when you don't want to answer questions you deflect onto something else you be like they asked me about these conspiracy theories to show you how unserious they are. Okay. So I thought okay you know that's what she's doing. She's doing the classic political maneuver. You know bravo. You know it's an old trick but it works still. But then where do I I don't have it up here. It must be on my timeline. Hold on one sec. But then I see Anapino Luna and Napolina Luna responds to it. Wait, where is it? Huh? I guess I have to go check her timeline real quick, guys. One sec. Um, so Annaplina Luna responds. I guess I'll I'll try to find the clip here. Sorry, I didn't have it ready to go. And she says that it was actually Hillary Clinton That brought up the fact that the Republicans didn't pass the UFO disclosure bill. What what so and there might be video of this by the way. So this whatever is true is going to come out here. So, if this is true now, what the story sounds like is she somehow gets asked about UFOs and then she tries to clap back and say that the Republicans didn't pass the UFO bill, which I would say, okay, this is pretty odd. This is pretty odd thing for her to say. Um, let me see if I can find this clip real quick because I want you guys to see the context if possible. I think we have it. High IQ. Um, yeah, I don't see the clip here, but I have it. I have the other clip here. So, Annapolina Luna uh says that Clinton said something about this UFO bill. And I've been saying that there is a political undertone to the UFO community, especially a left-wing slant and that the disclosure people are all somehow woke leftists or let's just call them woke in general because I do kind of believe in a uni party. And the more I've learned and watch videos of these people, I do think that is the case and it scares me a little bit. Uh, so this reminded me of my interview with Jason Georgiani. Now, you ready for this? And people hate on Jason. They say he's a Satanist. They say, uh, I don't know. They they say a lot of things, but they don't say that he's wrong. And my guy is out here spitting the craziest [ __ ] you could possibly imagine that you could possibly come up with. and nobody can seem to prove him wrong. And then he starts dropping stuff like uh what's her face? Uh the old uh DNI. Um God, how am I struggling so hard right now? How she was covering up the UFO phenomenon and then I hear the same thing right after that from a different source. So anyway, listen to this. looks kind of weird with two me here, but >> and these characters who then became central to disclosure began to form some kind of working group, right? Um Hal Putoff and um uh Melon uh Chris Melon and these folks. It is pretty clear to me that it was in coordination with John Podesta and with the expectation that Hillary Clinton would be elected president of the United States in 2016. and they had a whole agenda to move forward with Hillary as the disclosure president and that got uh basically a monkey wrench got thrown in it. So they are now in a situation where they don't know what to do with themselves because they've developed this whole elaborate plan and they don't know how much of it to move forward with and how much of it to hold back and you know basically how they're going to negotiate this controlled disclosure with an administration that they had not been coordinating with in advance. and these characters who then >> Oh, wow. Holy. Do I have even Do I even have a clip for this? Maybe this one. Holy crap. Uh I think he just That's the truth nuke just got shot off by Jason Georgiani right there. I don't think anybody was ready for that because doesn't her response if that's true and she tried to clap back at the Republicans and say, "Well, you didn't pass the disclosure bill." Well, why was she so invested in some UFO bill? Who cares? Who cares about some UFO bill? You care about like what the aliens? Is that what you care about, Hillary? Now I'm going, wait a minute. Cuz at the time I had this same feeling that she was going to be the disclosure president, that she was going to be the one to tell us. She was the first female president. She was going to be the one to tell us the aliens were real. And Trump came in and just ruined the plans. Barely won, but still counts. So, I just wanted to point that out because I just give some credit uh throw some respect on Jason's name. And I do think it's true. And it's related to this topic because why Ashton? Because UFOs are nukes or they're at least derived from nuclear weapon technology. All nuclear weapon means is the power of the atom anyway. And so the key missing link to show that there is an extra dimension to prove physics to be real. The holy grail is fusion. Is fusion. Why? because it is the fourth state of matter plasma that we are manipulating that potentially directly interacts with this extradimensional energy that's there and therefore will lead to anomalous effects that classical physics will not be able to describe or accept. So what is the secret to fusion? Ashton, don't leave us hanging. I will tell you right now, the secret to fusion is high beta concept. I'm going to have some experts show you and explain it to you on tonight's live stream. High beta. Why though? Why? And if you say, "Oh, th this didn't click for me." Or if you say, "Ashen, I already understood this. How did you not know?" Well, guess what? Not everybody learns at the same speed. I didn't understand why beta of one was so important. But all you have to do is look at the math. All you have to do is look at the math. This is what it means. High beta. When you compare all the fusion companies and all the different kinds of fusion and you simplify the math down, high beta is equivalent to efficiency. What? Yes, high beta essentially means your reactor has that level of efficiency over another. So if if another reactor is a 10% beta and your reactor is a 90% beta and you're using all the other same magnetic fields, you're going to be that much more efficient. Why? How does that work? You may say because you want to think of beta. What does beta mean? Somebody asked in the chat or somebody asked me earlier and it's a great question. It's the ratio of the magnetic field strength to the plasma pressure. And you say, "Okay, what the hell does that mean?" What it means is imagine it like this. Imagine I could take the magnetic field strength, an arbitrary amount of magnetic field strength, and I could squeeze it in my hand so that my hand I've got a little hadukin, a little hadukan going on here. Uh, Kamehahha, depending on your anime of choice. And you've got your hadukan going on of your beta plasma. You're using your magnetic field strength is using all of its power to maintain that plasma. None no plasma is leaking out and you're perfectly confining it with perfect efficiency. So you're not wasting any magnetic field strength. It's not like you have more excess magnetic field strength than you need. You have the perfect amount, perfect harmony. That is the key, getting to that perfect harmony state. And you can imagine why that would be beneficial because now you're saying, okay, if I give you a 10 Tesla superconducting magnet and you're doing high beta and I give you a 10 Tesla superconducting magnet and you're not doing high beta, you're doing stupid tokamac [ __ ] Let's be honest, it's stupid tokamac [ __ ] Don't at me. Let's just talk to the experts. >> Crawl, a consultant who was probably one of the top three theorists in the world, said some years ago, he spent $15 billion studying took and what we know about them is they're no damn good. >> I rest my case. What we know about Tokamax is they're no damn good. So, the reason is what I just told you. That's the reason why because if your beta of your design is 10%, you can literally never be as efficient as a 100% beta or one beta reactor. Simply not possible. The math just you can never catch up. There is no way to catch up. You give the two people the same power magnets, this person is using all the magnetic field strength. This person is wasting 90% of it. Boom. And you go, Ashton, if it's really that simple, what the hell is going on? I don't know. You tell me. Is this whole world a simulation? Am I the only real person here? I don't even know anymore. I'm starting to question it. Now you know the truth. So now you know. Now we can explain why Commonwealth fusion system is jank. It's Wood League, chat. It's nerfed fusion right out of the box. There's no possible chance it can ever be as good as field reverse configuration or any other high beta concept unless they literally change the whole design. That's the only possible way. So, it turns out Ashen Forbes was right again. He didn't even know he was going to be right. And he didn't even know he was going to be proven right this early. But yes, Commonwealth Fusion is literally Teeu Fusion. Jank ass Teeu. Like literally ripoff knockoff fusion that they're going to sell you for like 150 cents on the dollar. And it's they they know it could be better. They just don't care. They just don't care. Okay, let's get into the science. It's not going to be a super long stream. Actually, before that, yes, DJT, thank you for the reminder. The other big news, there's a lot of fusion news going on. And this one is another one I got right, guys. I don't say that I'm right to be egotistical. It's just because we're literally living in this weird ass time where we have seen the future and we were smart enough in the last two years to get caught up and understand the physics and the science so that we could see what they're doing cuz we knew they're not going to admit that they teleported an airplane. I mean I don't even know how the hell you do that honestly. Even if even though I demanded I don't know how the hell you do that. Good luck. Figure it out. You tell them how you tell how to admit you teleported an airplane. But in the meantime we can catch up and figure out what weird [ __ ] they're doing. And I've got several more things we're going to go over here tonight that we figured out that like basically are confirmatory. So here you go. DJT stock, which is down right now because they have like $4 billion or something in Bitcoin and Bitcoin's getting absolutely hammered. They put out this press release today. God, Streamyard, what are you doing to me right now? Okay, here we go. Trump Media and Technology Group on Friday said it may spin off its Trump social media app into a separate publicly traded business as it moves forward with a $6 billion merger with Fusion Energy Company, Trial Alpha Energy Technologies. What? Are you kidding me right now? So, everybody's wondering why Trump Media Group is acquiring a fusion company when they own True Social and a bunch of Bitcoin and they come to an agreement to buy Trialpha Energy and now they're going to sell off the other half of the business at the same time. So, they're going to take in a fusion company and they're going to let go of the social media company. This is chat. We are at Scon one right now. I'm full on what what are we what's going on uh here? Uh what do you got uh hiding in the in the closet there? How is this not drawing more attention? How I mean, I might do full live streams every day about this. I told you guys that this seemed like some kind of weird way for Tri Alpha Energy to go public without having to go public and and that's exactly what they're doing. Don't you guys see? Like this is just literally why would you even do this? Why would Trial Energy merge? Why wouldn't Tria Energy just go IPO instead of all this background weird [ __ ] Couldn't they just go IPO and then they could just be bought out by Trump Media Group after they go IPO or something like that? But no, they're getting bought out and then they're shedding the social media half of their business. So what I said was that this seems like a good way where you could avoid scrutiny on your back dealings and on your proprietary technology around fusion. Seems like Trump knew this was going to be one of the main players and now he got ahead of it. Now he owns them. Now he can put his name on them. Weird stuff, man. What do you guys think? So, see what it says here. Finish it up. Trump Media Group said it the spin-off it, if approved, would occur after the merger with Trial Alpha Energy is completed and the shareholders would be given stock in the newly separated business. Truth Social would then merge with another company, a a special purpose acquisition company formed in 2024 to acquire merge with other businesses. So maybe I'm misreading this, but it seems to me like they're getting rid of so of uh True Social. Weird. Yeah. I mean, maybe should I maybe I shouldn't be talking about this. I'm actually like invested in this. Maybe I don't want to mess this up. Do I actually want to draw more scrutiny onto this deal? Probably not, actually. Actually, you know what, SEC, forget I said anything. This is all on the up and up. This is all I checked into it. It's all on the up and up. There's nothing wrong here. This deal is uh totally legit, all above board. Not at all suspicious. Um you know, the fact that the president's involved and they're just going to shed the other half of their company now just become a fusion company, that's totally normal. That [ __ ] happens, dude. Happens all the time. They didn't avoid any scrutiny. No, don't even look into them. No, don't worry about it. It'll be fine. I'm sure. Okay, guys. Let's stop talking about Triala Energy and not put any more scrutiny on them and let's focus on Fusion. Let's learn a little bit about Fusion here tonight. Now, for this, uh, I have a video we're going to watch here because it's really good. And this guy apparently worked at like every single fusion company that ever existed. It's pretty incredible, actually. Uh, in fact, I didn't get his name cuz Oh, okay. Dasher London or something. Hold on. Damn. Whatever. We We'll find his name, chat, and I'll give him a due credit. So, what are we going to learn? We're first going to learn what I just said about high beta infusion reactor. We are going to learn more about our plasma orbs and what they're made out of. We're going to learn why high beta is so important and why it matters in the equations. And then we are going to finish this thing off and we are going to discuss the mirror concept and why mirrors are so important too. So I hope you're ready for a dose of science chat. Oh, and before I do that, one last thought. The state of the union Trump mentioned that we're going to have electricity generation in our AI data centers. And these AI data centers are going to be massive. I don't think people realize what's happening with this AI stuff. Look at the value of these companies. Look at the battle. Like the United States military just went to war with anthropic AI like hundred billion dollar company or more. These companies are building algorithms that are going to be worth more than entire countries are worth. very quickly if they're not already. So, part of the AI is how do we power these things? And we're going to need the most efficient power sources to power them. Simple as that. We already need them now in 2030. I know it's not 2030. I know what year it is. I'm just saying think a hundred years from now. It's not going to be coal or any of this [ __ ] It's going to all be fusion. All of it's going to be fusion. And so we're going to need not jank ass tokamac fusion because that's not going to be good enough for the long term. We're going to need compact reactors. So when Trump is talking about these AI data centers are going to have compact reactors at them, do you think he's talking about giant tokamac reactors hanging out of these AI data centers? No, he's talking about either small nuclear reactors, fishing reactors like thorium reactors. Probably not though because of the re radioactivity etc. He's talking about fusion reactors. He's talking about fusion reactors. Now, here's the other thing before we watch this. I got something wrong previously. I thought the secret was to make the fusion reactor small because of the high beta concept. But no, the fusion reactor still needs to be a certain critical mass size. But the high beta concept allows that to be much smaller. It was actually Robert Bousard that said this in the Google talk and I didn't understand it until recently. What he said is essentially when you look at the high beta, you realize to improve your confinement time or to get around the confinement time problem, you can achieve a high beta and then power up your magnetic field strength. attack the problem from that angle. Attack it from the efficiency angle. But he also says that your reactor has to hit a certain threshold otherwise it will not be able to generate useful power. And this is the reason for this is a ratio of what is it B to the 7 / B to the 5. basically a a comparison of the power output versus power input. So you can have a very large reactor, you just don't need one. And if you have a high beta concept, then you don't you can need a much smaller reactor. So what he's saying is that if you wanted just like the smallest reactor that would produce power, you would only need a reactor size that's a few meters wide, like the width of that couch. It's about 2 meters. He's saying that for a even for a boron 11 a neutronic fusion reactor, the reactor would only need to be like three. It's either 3 m wide in radius or diameter, but you get the point. Not very huge. Like might be able to fit on the bed of a pickup truck, for example. Now, let's go ahead and watch this. I've done enough ranting here for you guys for tonight. I see you're all worked up in the chat, too. I appreciate you. I tried to get Lulu on the couch, chat. I did. She's destroyed the poor couch. We're going to need a new one soon. But she jumped off. It was It was like Groundhog's Day. She saw her shadow. She said, "Seven more weeks of winter or whatever the hell it is. No one knows. No one cares. Don't correct me. Don't at me." Okay, here you go. Uh DA Southerntherland, Derek Sutherland. There you go. He's the VP of R&D Real Fusion, guys. And our boy Andrew Cot. Uh who I like, but you know, I do have to say, not trying to be too critical here. You know, you could you're talking to a dude that's worked at like five major fusion companies. You could, you know, upgrade on the hoodie maybe. Just saying. Okay, let's jump ahead. I'll let him go ahead and explain here. Where are we at? Couple minutes in. Sure. >> Yeah, >> that's a great analogy. Sweet. Well, you've you've traversed the space of fusion reactor designs just in your own personal career. So, I think you're you're well qualified to kind of give us give us the high level. And um let's what's going on here? Who hacked me? Chat, who hacked me? Okay, we're going to try to get that back going here. Um, so why I like this guy, I watched part of this and I said, "Wow, this is really good. This is really educational for somebody or even for people that don't know all the different types of fusion because he explains the concepts and why they're significant. Now I think we have enough background that we can evaluate how it applies to what we've learned about the fusion, what we learned about FRC's, what we've learned about Z pinch, what we've learned about how these plasma orbs and mart start wherever you like and I'll, you know, I'm here to kind of ask questions and play the informed audience. >> Sure, sounds great. So jumping in here, um, what I like to start with is kind of the basics of of fusion at the top. So I promise there won't be a lot of math in these slides, but we got to do a little bit. transfusion after all. Uh so the way to think about fusion as far as like fusion power output in a plasma goes is that you have a really really hot gas full of dutarium or trinidium or helium 3 or boron or whatever you want and you're raising that up to really high temperatures and you're fusing that together to release a bunch of energy by the strong nuclear force. Um that first equation you see there is for DT fusion. So uh dutarium and tridium too heavy. >> First thing I thought right here when he said that this is just a basic thing guys. What is plasma? Plasma is a gas of atoms and electrons, a soup that we've we've stimulated like with a laser and then we're confining it in a magnetic bottle in magnetic field. So, what are we looking at in the MH370 videos? We have to be looking at the actual atoms of whatever the fuel is, right? He said right there, helium 3, boron 11, he's listing off a neutronic fusion fuels. I think that gas of atoms we're seeing that we call our orb has to be made up at least partially of the atoms of fuel that it's using. So if it's using boron 11 or helium 3 which is what we're suspecting a neutronic fusion fuels then that gas is those atoms. I mean isn't that straightforward? And you would say Ashton well who cares? Uh because chat we can shy above this thing. Chat sometimes I worry some of you are not gonna make it. Chat chat Shia above hit a flag in the middle of [ __ ] nowhere and people used weird astronomy and [ __ ] and were able to figure out where it was like super quickly. So, if there's a certain molecules of gas of atoms or something that are in some plasma orbs on a video, there's probably some way to shy above that [ __ ] and figure out that, oh, that's helium 3. Oh, no, that must be boron 11. Just saying. Must be some kind of way. And we know it must be not just air because we see these things in both videos. They're real objects there. Okay, sorry. Let's go back to this. I'm going to minimize the rants here. Okay, the isotopes of hydrogen. And the takeaway here is that the fusion power output of the fusion system is proportional to the density squared. So this is like the number of particles per cubic meter in your plasma. >> So the fusion output, let's learn some [ __ ] Pay attention, chat. You two drunk wine moms and stoners. I see all you. I'm watching you. The output is proportional to the density of the plasma. So how much we squish that [ __ ] together. Squish it. The more you squish it, more power. Makes sense, right? times the reactivity which is basically a function of the temperature and the type of fusion you're pursuing whether it's DT or D helium 3 or proton boron fusion the energy yield per reaction times the plasma volume and so this gives you an equation that output in watts so this is actually how many watts of fusion power you're making so this equation is super important for just understanding all fusion approaches but there's another form of writing it so I'm going to slow down here just to go through why we write it this way so there's a couple different terms we like to use in fusion one of those is called beta. And so what beta is, is a dimensionless quantity. So >> hold up, son. Hold up. We got emojis. We got we got memes to play. Dudes, this shit's Pee-Wee's Playhouse. You just said the magic word. Hi beta. Yes, it's an important lesson. Here we go. you're dividing something by the same units and so it's just a number. Um, and the top of that normalization is basically the plasma pressure. So you can think like this is the density times the temperature of that hot fusion plasma and this would be like in units of pascals or atmosphere. So the same type of pressure we know and love and then you divide that by the magnetic pressure which is actually just B^2 over the vacuum permeability. And so you can think of this kind of like a magnetic energy density as it were. And so what beta really represents is like how how efficiently are you using these magnetic fields and magnetic confinement fusion to confine that hot plasma pressure that's producing your fusion power. And the reason why we use beta just in general is that it's often tied to stability limits which kind of sets the maximum beta you can hit in a fusion system before the confinement starts to degrade. So what we do is that we rewrite that top equation in forms of beta in terms of magnetic field, the reactivity which is the temperature dependent quantity and then the volume of the plasma. So P fusion equals beta^ 2 B 4 reactivity over the temperature squar time the positive volume. Why we like writing about this is that it really points to all the different knobs you have to increasing the fusion power output. Chat, sorry, random thought. I don't have any children. If I had a child, you people might call child protective services on me because I would basically Tiger Woods that child, but instead of golf, have it be fusion. This kid would be out here explaining warp drives at like seven years old to PhD academic physicists, explaining high beta concepts and why it's important to fusion. I literally would create some kind of super villain monster. Any ladies out there actually interested? Seems actually kind of fun now that I think about it. Okay, in the meantime, all of you are my children, chat. You're all my grandson. All of you are my grandson. And I am teaching you the fusion ways. The ways of fusion right now. The secret high beta. High beta allows the highest power scaling. I will give you the dopest the dopest graphic a little bit later after this. Let's let this uh this man continue. He needs to wash his hair. >> On that first term, you can pick the type of fusion you're pursuing. So whether it's a tokamac or accelerator, which are relatively low beta, or magnetic mirrors or FRC Z pinchers, which are very high beta, that is a quadratic increase in the fusion power density just from choosing a different fusion type. The purple term there is the mag. >> What was he doing here? Oh chat, we better not be buffering chat. If I'm not coming in 4K right now, there's going to be hell to pay. There's going to be hell to pay >> magetic field strength. So this is in order units of Teslas. And so this is where HTS high temperature superconductor magnets come in where you dial up the magnetic field to a much higher value. Let's say we can double the magnetic field than previously possible. That means we get a two to the fourth a 16x increase in the fusion power density just by measure increasing the magnetic field by two. So that's a huge deal. >> Okay. Did wait my why is my my thing all broken? How come I can't change my stuff? Chat is am I broken? Chat. Okay, there we go. Whoa. Hello. Okay. Did you hear what he just said right there? You know what? We might have to skip to the good stuff. It's being all laggy. So, I wanted to surprise you guys. This was my little gift for you on a Friday. I had something sweet ready to go. Yeah. Why is my stream not working? May have to restart, guys. Okay, here's your dope graph. Well, I won't make you wait. I won't make you wait, chat, because he just said the thing. Now I've got to explain words and science to people. Where is it? Where you at? Power graph. There it is. Look at this beautiful graph, everybody. Okay. Okay, if you're only listening on audio and you can't behold the beautifulness of this power density graph right here, what that man was just saying is that he was saying that if you jack up the Tesla, the B field, the magnetic field strength, that's what we refer to it as Teslas because Tesla was the dopest of all the scientists. That's why he gets the term. That's what you see on the bottom right. If you jack that up, you get 16 times the power increase. You'd be like, "Wait, how can you be getting that much?" Yes, because that's what happens when you things increase exponentially. You get like a lot more power gain out of it. So, take a look at this graph in the bottom right here. Is there a way I can just like make this bigger or something? Hold on. Let me find out a better way to make this. We're going to be needing to share this in the future as well. Here we go. I got found I found a better way, chat. A way that doesn't suck. Here we go. Look at this thing. Look at this beauty. Absorb it in, chat. Absorb it into your eyeballs. Look at this one on the bottom left. What does this on the bottom left say here? This is beta. This is the same beta that I've been talking about. So, let's look at this graph. Anybody can Can you read a graph, chat? If you're in America, if you're an American, you probably can't read a graph. This is not a judgment call. It's just numbers game. So, let me help you. These numbers between zero and one, these refer to the beta that we're talking about. So, when I say beta of one, I'm saying this beta all the way over here on the left. It's all the way up to the number one. Wow. Incredible. That's how math works, chat. Now on the right you see B. This is a different B. This one's not beta. This is magnetic field strength as in the Tesla of your superconducting magnet. So the one on the right refers to how powerful your superconducting magnet is. Now did you know that most of these magnetic field strengths of these machines that they're using are about five Tesla? So imagine you have a tokamac that's got about a beta factor of 0.1. Uh that's somewhere down here in the shittiest cubes in the bottom near the zero. And then over here you've got a beta or a uh uh Tesla magnetic field strength B value of about five. So how much power is that going to give you? Uh about let's see let me just do the math in my head here. Uh jack [ __ ] It's going to give you jack [ __ ] in terms of power. So, you want to wonder, you want to understand how fusion is just the biggest scam in the world? These people are out here messing around in the in the red zone where there's just basically no power gain whatsoever going, we're working on how to figure out fusion in this flat red zone where you're not even close to getting useful energy. You got to get over here to where this green zone is. They even start getting close to where we're going to be like doing real fusion for the power generation. And we're down here in the shittiest possible zone. Now, let me tell you this now. Now, watch. So, we're in this crappy zone down here at the bottom. Now, watch what happens if we shift over to beta plus one. We're going to shift all the way over here to the left to beta 1. And then, do you guys know how powerful our superconducting Rebco magnets are? the levitating dipole fusion magnets that we were talking about just earlier this week. They have Teslas of 20. 20, not five, 20. So, let's go look at where that leads us to. If we do Tesla of 20 on the right, holy [ __ ] Tesla of 20 plus beta of one puts us over the line of 1,000 times amplification. That's over 1,000 times amplification. Do you understand why Fusion's a [ __ ] scam now? If not, let me lay it down to you plainly. Plainly. Because they're not even trying to solve it. They're not even in the ballpark of trying to solve it. And they know what the answer is. You just look at the math. Just look at the math. And the math says if your beta 81, you are never getting there. Even heck, even with Tesla of 20, beta of one's not doing or beta of 0.10 is not doing it. You look at that graph. Look at this. Look, if your beta is only 0.25, you could have Tesla of 20 and you're still not getting there. Doesn't matter. This is just crazy looking at this and just seeing how simple it is now that we understand just two terms beta and B field. That's all I got to understand. Tokamac can never get there. Tokamac is the 20% solar panel nerf. This is why Charles Chase's Loheed Martin's compact fusion reactor is going dark cuz they're messing around over here on the left at beta value equals one. They're messing around with beta value equals one and making fusion reactors that are pumping up to a thousand times power value increase. So, do you see why we're not investing in Commonwealth fusion systems? Not ever. Even though they're probably going to get all the money from the government because I don't invest in scams. So this is why we invest in high beta fusion companies that are like trial energy, helium fusion, and trial energy just mysteriously decided they were going to go public behind the scenes by being acquired by another company. Pretty damn weird, guys. Okay, let me um let's see if let's see if this works. If not, I'm going to rejoin real quick. Okay, I think it's working. fusion power density goes up. That means the plasma volume that green term can go down and that means you can have much more compact fusion approaches and reactors that allows for more cost competitive scaling loss going to our to a first of a kind fusion power plant. The last term there is the red term and that is customized for the type of fusion you're pursuing. >> So beta also makes it cheaper. It's just a matter of efficiency. And if you ask Grock right now about Rob Mousard's inter famous discussion to Google, he mentions exactly this. He says Tokamax are a scam. He says this is more economical, but the reason why they're not doing it is because they're paying the DOE is paying $2 million a day to fund Hot Fusion tokamac research. two million a day. >> Wow. That was back in 2005 or something like that. >> So for DT fusion that sigma V over T squ is kind of optimized around 15 KV or around 150 million degrees. For other approaches to fusion like D helium 3 approach on boron that optimization is at a much higher temperature. And so I'll stop there just to let that distill in for a second. But those that's how we >> So let me speak on that too because I'm a [ __ ] I'm a fusion expert chat. You don't think I'm a fusion expert? I challenge me to a debate. I I dare you to challenge me if you don't think that I am. People will say, "Ashen, how can we achieve temperature densities to do boron 11 fusion, a neutronic fusion? We can't even get normal fusion to work. Did you just [ __ ] Did you just not watch the graph I just showed you? You're playing. You're at the little kids table. You're in You're in the this the little kitty pool with the floaties on your arms and you're wondering why you can't you can't swim. Well, release the floaties and be brave, son. Be brave. I just told you we can increase the power density output like a thousand times over. A thou minimum a thousand times over. Of course we can hit. We're not messing around with neutronic fusion. No, we just found the secret recipe to go to straight to the end boss. We're skipping all the levels, chat. I'm full of video game references today. We just found the secret flute. We're rolling up to world eight. Peace later, bro. Deuces. So, when people wonder, "How are we possibly going to hit that that energy density level?" I'm like, "Well, how shitty is your reactor? Is it a 10% beta?" Cuz you're never hitting it. You're right. You're never getting fusion off your tokamac. Is it a beta value of one with a Tesla of 20 on a Rebco superconductor? Because if so, then yeah, you can probably just burn whatever the hell fuel you want. You could probably burn boron 11, whatever, whatever the best one is possible. And whoever out there, whoever's out there who wants to shy above this thing, here you go. Here's here's the video. Somehow there's probably some way looking at these orbs here to figure out what kind of gas that is cuz I was thinking it was helium in the orbs, but actually I think it's like boron 11 or helium or I thought sorry I thought it was hydrogen but no I think they're pulling the hydrogen in from the air and the orb is actually made of the gas that's being used as the fuel cuz there you Oh, that's where you store it. And it's just being kept as a plasma form. Okay, there you go. Shy someone shy above that. Figure out like I don't know, maybe like it's a certain color. That's my first thought. I don't know, man. I'm not an internet skitzo that does weird shy above stuff, but some of you guys are and I believe in you. I believe in your power and I believe in the power of the internet. >> Think about the fusion power up as a fusion scientist. >> This is awesome. So, so a couple minutes here. Oh crap. This is getting I'm just I'm buffering chat. We're buffering load. I mean, put this in perspective. You're basically talking about running a rocket engine steady state in a fusion system. That's the loading we're talking about. >> Now, how does Bro, what did he just say? >> A fusion system is like running a rocket engine in a steady state. Whoa. So, you're saying like people that maybe produce rocket engines probably deal with similar challenges that people that deal with fusion reactors deal with. Huh. Almost like maybe the people that were building rocket engines maybe they figured out fusion actually because they have like a whole lot of experience with those exact mechanisms. H and the other thing is this. Think about it. A lot of these fusion systems, their confinement time is extremely low. What I mean by that is they're making this fusion reaction. They're absorbing the energy and then it's done. And they're doing that like a bunch of times, but it's not like it's a continuous ball of gas. It's more of like we're going to do this little fusion thing and we're going to repeat the process over and over and over again. So when he's saying steadystate systems, he's referring to a system that would be continuous like the ignition of like the sun in the palm of our hand. Think about that though. Here we go. How does this kind of design equation or or this parameterization diffusion power how does this actually relate though to this like triple product concept which is like confinement time positive density. >> Yeah, great question. Um so the the one way to use that what we just talked about these betas B to the 4th sigma V over T square and VP. The first equation here on this plot is just reexpression of that equation we just saw. But the triple product to your point is basically comes from conservation of energy. And so this is balancing having the source terms, so the fusion power output, the auxiliary input power into the system, and then the sync terms like radiative power losses or conduction losses. You balance those out for steady state conservation of energy. And then you can rewrite it in terms of this triple product. And so what this triple product is, it's kind of one of the best like metrics of like this is how the plasma is performing. And what it is, it's the number density of the ions. So like the particles per cubic meter of the ions times the temperature of those ions in typically an energy unit. So you see like kilo electron volts or something like that times the energy confinement time. And basically what that toa E is is like if I have a certain number of jewels I put in the system, how long does it take for those jewels to leak back out of the confinement system? And that's the >> Yeah. So let me explain since I'm the expert on fusion here. What they're trying to do is they want to get the ions, the number of ions. The ions we we take our atom, we zap our atom with a laser, the electron shoots off of it, and then we want our two ions to combine. And then we're going to make a helium atom out of that. That's what we're trying to do. Okay, you got that part. Um, so what we need to do is we need those atoms to all be in a very energetic state. We need them all to be right near each other and we need them to stay in that energetic state for as long as possible, the confinement time, as long as they're stuck in that high energetic state. So this is where nonequilibrium plasma comes into play because what we do is we keep those ions stuck at that high temperature. Why? Because we're going to keep them at that temperature because that's the optimal temperature for fusion reactions to happen to get the most fusion reactions to occur. They're called the hot ions, I think, is what the fusion people are calling them. So you need these ions and you keep them stuck at this high temperature and then you're going to maximize your fusion reactions. And there you go. He's saying this is your equation how you do this. The number of ions keep their temperature stable at a certain level and then uh the magnetic field strength. >> Oh yeah. I think of it basically like if you have a bucket, you poke a bunch of holes in the bucket, you're pouring water in it. How long does it take the water to enter and then exit? That's the energy confinement time. >> And so then what NT is of course is just the pressure. And so then what we can do is reexpress this in terms of beta b^ square toe using those same quantities as before. And so what's powerful about this is that you actually can think of the triple product in terms of these parameters that we think about in plasma physics. And so what that means is like let's say I have a very high beta concept and I go to really high magnetic field. So I maximize beta maximize b ^ squ. What that allows you to do is dial back the Tawi in order to get to the same triple product. So it basically reduces the demands in your confinement by going to high beta and V squ. >> Holy [ __ ] chat. You guys listen to what this guy is saying. He's like, "Hey, if you go to a high beta concept and then you pump up your magnetic field strength with like a Rebco superconductor, now you don't need as high temperature in your ions anymore. Now you don't need as high confinement time anymore. Now all of a sudden fusion's way easier to do. And why? Why? We just looked at the graph on why because you can see how quickly the power scales out of control. Power scales ridiculously. It's actually crazy how simple it is once you hear this all laid out and you're like now I mean I if I was literally laughing the face of anybody who came up at me talking about a non near one beta if you're not chat I only date fusion companies that have a beta over nine.9 call me elitist call me what you will call me a gold digger I only date fusion companies that have beta value over 0.9. That's how that's how I roll. >> And what's important about that is that one of the hardest parts about fusion is getting good enough confinement because the plasma likes to leak heat like crazy. The last thing it does it doesn't want to be at 150 million degrees. It wants to be room temperature. So by going to different fusion concepts like mirrors or zpinches, you can lessen the demands on the confinement time which actually might make for an easier path to net gain and uh to a fusion power plant around that. mirrors with Z pinches might lead to an easier path to net gain. I thought this guy gave I thought this guy's like if we didn't play his whole biography, but the dude is play work for every fusion company. What are they doing? Like he just worked for Commonwealth Fusion. He was working on their arc reactor. Well, then why the hell are they doing stupid [ __ ] I mean, can you do you understand basic math? Obviously, he's explaining it to us. Hm. Interesting. So the confinement time factor kind of hides a lot of information engineering detail wise in terms of thermal transport and like smoothness of of the closed flux surface and do you have a well well trapped plasma. How how do these know um how do these kind of design parameters at a high level kind of trade-off or or vary in the space of like the general categorization of kind of fusion reactors? We have like kind of magnetic like sort of less dense long confinement time inertial confinement super dense low time. >> Yeah great great question. Um, so when we think about this NT towel, so thinking in in terms of those quantities, the temperature part of that is largely set by the type of fusion you're pursuing. So DT, we know it's around 150 million degrees. For DH helium 3, it's a bit warmer than that. For proton boron, it's >> So you're saying we know the temperatures. We already know what temperature we're trying to achieve because we know what reaction we're using. We know what fuel we're using. So we can set those values. we can throw in, plug in our beta, plug in, figure out what magnetic field strength we need and we can just solve it. Just solve the answer. And and what you're going to find, I don't even have to look this up to know. I just understand basic math. What we're going to find is that once you get to a certain magnetic field strength, any of them are possible once you have beta value of one. Once you have beta value one, my guess is you don't even need Tesla of 20, but you know that's not a problem. Obviously, the secret always was that the beta brings down the magnetic field strength requirement, which at the same time means that even if you if you can get your magnetic field strength higher, then your power value is going through the roof a lot higher than that. But that sets the temperature. So then the other quantities are density and energy confinement time. And to your point like these are the knobs that we can turn and basically dictate it determines the entire space of fusion concept. So on one extreme which is where mirrors live tok accelerators those types of magnetic approaches these are characterized by low density. So we're talking about plasma densities on the order of like 10 the 20 particles per cubic meter and then long >> confinement times typically on the >> boy we're like seconds or so. Um these type of approaches are best suited to long pulse or continuously operating approaches. So you turn on the plasma and it's running for months on end making continuous amounts of fusion power. That's what the mirror is. It's a steady state fusion concept. Another approach that a steady state is like accelerators as well which holy [ __ ] chat. Oh my god. What? Okay, we're gonna we're finishing with that because uh so there you go. What was that that he just said right there? He says the mirror concept is a continuous steadystate approach. The mirror concept is a continuous steady state approach. And what are we looking at when we're looking at the MH370 video orbs? We're not looking at a pulse operation. We're not looking at something that's dissipating and coming back up. We're looking at something that's continuously operating. This is the secret. This is the thing. This is the yatsi moment of the night. The MH370 video orbs are using a magnetic mirror configuration. You think about why. The why is so obvious. You need your stuff to stay on the inside. Most of these reactors, they don't care if [ __ ] goes flying around. It's just a stationary reactor. This is a linear reactor, meaning it's a tube. It's shooting stuff out of the ends, but they're controlling how much stuff gets shot out of the ends. They're trying to trap as much as they want in the middle. That's what they're trying to accomplish with the orb. So, it must be a mirror concept on the inside. Must be got to have a mirror type. Now, it can still be utilizing F FRC. It can still be utilizing Zpinch and these other concepts, but it must be manipulating some form of magnetic mirror concept on the inside for sure. I can't believe how much we've been able to learn about these orbs. It's actually insane once you start digging into the Fusion. Just like with the camera systems, I never would have imagined that if you start learning and digging into it, you can start to eliminate the options really quickly and narrow it down very, very fast with a high degree of certainty. Um, and that's why I think that I've basically been black ballalled. And the reason why you'll see these CIA people and these physicists and engineers who are afraid to talk to me, they're afraid to talk about the videos because it's hard to lie when you know clues about those videos. when you know details about those videos like what we've been bringing up like that must be a mirror fusion reactor because look it's running in a continuous mode right like things like that and you think how pudof and Eric Davis don't know that of course of course they do man of course they do how pudof spoke to Edward Teller man teller chat side story because I don't know if we're going to make it I don't know if the boomers are all right chat I went to dinner with my dad and he's been he's been listening to my crazy stories and he told me he said I've joined the signal chat the ICE signal chat for the neighborhood. I just gave him the look like, "Are you okay? Are you going to be okay?" He said the ICE agents had driven down the street at 100 miles an hour. And I'm just sitting here thinking, how are we in this world where I'm talking to my father the way that a father would talk to their 16-year-old son, saying, "You know what? Don't do anything I wouldn't do, son. Don't be silly. Don't be don't be dumb." And I just think, how do people care about such stupid ass stuff when the government literally is hiding fusion technology from the world? It's like, are are you listening to what I'm saying? You're telling me you're joining boomer signal chats so that you can alert somebody if you see a car that you think is ICE. It's the most Facebook [ __ ] I've ever seen. I'm imagining Greta looking out her curtains trying to find out which of those vehicles is driving by. That's ice. Come on, man. Just live your life. Just let's just live our lives. But side note, they're literally hiding fusion and it's the most simple [ __ ] ever. You just have to understand basic math. Basically, just look at the last 15 minutes of this live stream and you can see the math is right there and you can just tell that the last 20 years of Tokamax has clearly been a scam. Do you think those nuclear physicists, they don't understand basic math? How could anyone go to work every day at a fusion company doing tokamax knowing looking at that graph that I was showing you there? How could you live with yourself? How could you live with yourself and go to work every day, come back and be like, "Yeah, we're working down here in the in the 10% beta value in the five in the five Tesla range. We're changing the world." chat. I'd just end it all. I'd just end it all. That's not an endorsement for self harm. I'm just saying I couldn't live with myself. Or maybe we're built different though. Now, let me go back to this. Maybe Streamyard will decide to work tonight cuz there's more in here. What is What even is this? Someone may ask. Going to be a fair question. This is just one of those secret things that uh MH370X finds that nobody else knows exists in this world. And this particular one here is called uh the JNF 2005 conference. You might wonder what's JNF? That sounds cool. Yeah, Joint Air Force, Navy, NASA, something. I don't know. Space Force, who cares? You get it. military military and NASA combined and the whole thing fusion space propulsion a shorter time frame than you think. Look at this dutyium helium 3r F FRC dipole fusion. Look at this here. All the stuff we've been talking about and why is it important? This graph right here is why people are so dumb out there. They're like, "But why do we need fusion propulsion? Why can't we just use rockets?" I've literally had people in my reply say that rockets are good enough. If you want to see me crash out, you want to rage bait me, that's the easiest way. You want me to crash out on the replies, just go be like, "Rockets are great. I love it. This is the best technology can ever exist." Cuz here's the graph that explains why. You see these numbers and these graphs things here? The bigger these are, the better it gets. Those ones over on the right, that's really bad. It's a matter of efficiency. So, it turns out this big red one with the with the fusion in front of it, we get like a lot more thrust out of a lot less weight because when we're trying to move stuff in outer space, you want the minimum amount of mass. Okay, did I make it simple enough? Good. Take a look at this. Predictions based on reasonably detailed magnetic fusion rocket studies. Look at this one. Here's Robert Bousard, the guy I've just I literally just posted a video of him. There he is. This one's also interesting. Now I want to know more about gas dynamic mirror because now I understand that we're definitely looking at a mirror configuration and we're looking at the gas or the plasma. Maybe this is just them messing around with word play. And you know why this one's interesting? because I don't know who this is. And look at the specific power on the right. 130. That's a lot of thrust. That's a lot more thrust than every single other one on this chart. Something to look into. That's That one's for Tom Hudson. Tom Hudson out there. My guy is like the uh he's the real Sherlock Holmes. So look up Emer. He's He's going to come back and be like, "You don't know. I already posted 50 times about Emer. I'm telling you, watch. Okay. Uh what else we got here? Okay. So, these are the different fuels and their various uh temperatures that are required. But again, like I said, it doesn't even matter. And here's the generation. This isn't guys, this is from 2005. So, if you want to wonder like some people are like, Ashton, we're still 30 years from this guys. This is from 2005. And there you have helium 3 and boron 11. And they call them advanced third generation uh autronic fusion fuels. Second and third generation. There you go. They were already thinking about a long ass time ago. And then the point here, this does this when I first read this, I didn't get it, but I just explained it to you. This slide is all about why is high beta high beta relaxes the engineering requirements because now you don't need as high magnetic field strength anymore. They could have just said that instead of all these words and colors that he put on this thing. And then our favorite right here, super. Look at this. This was not even publicly known. It wasn't until 2021 that the 20 Tesla superconducting magnets, Rebco superconducting magnets were shown. And apparently it was twice as high as the last record. So maybe my my facts are wrong, but that's what I read earlier today. And here this is guys this guy in 20 2005 saying that they had 20 Tesla already. Okay. And there he says explains why. I mean it's pretty simple when you look at it. Now this is graph is the best because you can be a complete [ __ ] and you can look at that graph and you can understand what that means and why that's important. Now this though plasma power flows in a linear device gives more design flexibility than flows in tooidal devices. This is the other big secret. Your reactor doesn't have to be a donut. You can make a linear device, which is just a hot dog shape, and you can pull stuff in on one end and spit stuff out the other, or vice versa. And that's what they did with the orbs. That's what they did is they turned it into an engine. So, they just said, "Well, our device doesn't actually need to be a donut shape. It can just be a tube." Boom. There it is. Hot dogs and donuts chat. You didn't know that the whole everything comes down to hot dogs and donuts. Hot dog shaped earth. New conspiracy. It's getting a lot of popularity. Look into it. Okay. What else did I have to show on here? Um think there was a couple more graphs I thought were interesting. They talk about mining helium on the moon. This is what uh Elon Musk is going to start doing. He's gonna start mining helium on the moon and he's gonna start like gaslighting us about how fusion's not real while he's mining helium on the moon for their fusion reactors. That'll be the world. That'll be Yeah. Oh, here it is. Right here. Look at this. Dutyium helium 3 field reverse configuration appears attractive for fusion propulsion. High beta linear external field cylindrical geometry. It's like we're literally just reading off the MH370 videos. So, it could be that there is an F FRC in the middle of it. The F FRC would be stuck on the inside because look at this graph. This is our this is the the image that I've been saying. You can see that we're looking at the side. You can see the coils are spinning around and you have it pinched off on either end right here. The magnetic nozzle pinches it off so that you can find your magnetic mirror on the inside. Pretty cool, huh? Um, and then wait, doesn't it say the dude's name on here? So, one of these does. Look at this one, though. I skipped this one the last time. Take a look at it now. The dipole configuration offers a relatively simple design that MIT and Colombia team has begun testing. LTX uh and look it's a too toidal uh tooidal ring dipole space propulsion design Edward Teller 1992 space propulsion by fusion a magnetic dipole. There it is right there. So this concept is actually the same as this one up here. The only difference is it's not just one ring. It's a series of rings. That's the only difference. It's using the same concept. Pretty cool. Here's the pulse high density fusion. Take a look at this though. What does this What does it say right here at the top? Invented by John Slow, University of Washington, who provided this view graph. Do you know who that is? That's the founder of Helen Fusion. That's the founder of Helium Fusion, John Slow. There you go. So Ash and Forbes literally exposing every fusion company, their founders, the basis for their research. Lit 2005 JNF presentation. He's being talked about right here. 10 years before he founded Helium Fusion, by the way, 10 years before he founded Helium Fusion, by the way. Um, let's see. What was the last? I think that might be it. Okay, so summary tractive for space fusion propulsion. So we know they were already looking into this in 2005. This was every Air Force, NASA, everybody. So they can't lie and say they don't know what fusion is. They were getting conferences and presentations about it. Um, yeah. Okay. Sanitarius. Okay, cool. So guys, that's it for tonight. Let's go to some of our super chats. Thank you guys for hanging out with me on a Friday night. I hope you enjoyed it. And I hope you learned a little bit about uh fusion and science. At the end of the day, what did we learn? We learned high beta. High beta is the key. Why is high beta the key? High beta is a measure of efficiency. When you get to high elo, when you finally get out of wood league chat, and you get up to diamond league in the highest of elos, the only thing that matters is beta. Commonwealth Fusion Systems is gonna be stuck in wood league forever. They're just they're they're hosed. Up in you're up in Diamond League, you're gonna have Helium Fusion. You're going to have uh Trump Trump's group, which is going to be, you know, trial energy. So, those are the ones we want to look at. Um what else we learn? Magnetic mirror. It seems like they've figured out some kind of hybrid between the levitated dipole fusion and the field reverse configuration. Maybe it's a combination, not sure. But what it enables is it enables the device to go from a pulseed operation to a continuous operation or maybe use pulses so fast that it functions in a continuous flow because those orbs of plasma are like perfectly stable. and they're flying around at hundreds of miles an hour spinning around an airplane. So, the stability of in them must be just phenomenal. Okay, guys. Uh, let's get to these super chats here. Oops. Pquest gifts the cookie. Nom nom nom. Delicious cookie. Appreciate you, man. John Glock says, "Clear and concise." Thank you very much, good sir. I appreciate it. And yeah, double and laughing cat. Thank you guys in the rumble chat. I know some of you guys prefer Rumble chat, so I try to stream to all the different spots. If you have questions, I'll answer a couple questions in the normal chat. Go ahead and throw them out there. Uh, blue plasma balls. Why doesn't Locky try to get in the fusion game since they already know how? Is that a serious question? I'll presume that it is a serious question. The answer is because Loheed Martin has contracts with the government and the government can basically step in and say that's classified for national security and therefore you cannot commercialize it and Loheed Martin has the type of relationship with the government that they will do whatever they get asked. So if Loheed Martin says hey you got to make that fusion reactor go quiet they will say yes of course we will sir. Yes thank you very much sir. please give us another, you know, billions of dollars in contracts, sir. Right? So, that's the reason why. It's a good question, though. Um, and that's how and because Elon Musk would say if they had this, they would compete. But he doesn't realize national security is a factor. You can't just throw national security out and say, well, we must have every everything the public has. The the military must the public must have everything the military has. That's not how the real world works, I'm afraid. Okay. Uh, YBC BEC John Fson Junction. Okay. Well, sorry. My thing's kind of messed up here. This makes the secret metal alloy that SpaceX developed for super high heat in their Raptor engine look really sus. Yeah, I didn't know that was even a thing. That does seem pretty sus. Now the other thing that I want to point out here, why are we not seeing more successful fusion? It's a good question, right? Robert Bousard tells us the answer in his Google talk because these small reactors that people are building in like the size of this room here, if I have a beta value of one, this thing could produce excess energy. But it would have to be the size of my room. If I build it any smaller, it can do fusion, but it's not going to produce excess energy. This is why the feds are raiding random 12y olds who are building fusion reactors because they're going there to see how big is this person's fusion reactor. If it's tiny, they don't give a [ __ ] Doesn't matter. There's no chance it's ever going to be a risk. It has to achieve a certain critical threshold. This is what's so important. So, this basically rules out any garage builder. You got to be Dr. Evil level to be building this [ __ ] on your own. You can build something small, but it's never going to convince people. You're like, "Oh, you can power your cell phone. Cool. Dope." it's uh you know it's just the back EMF is interacting with the your cell phone and people just dismiss it doesn't matter right this is why I say so this is the rationale for why we we aren't building it ourselves because this is we're talking about literally building fusion reactors here guys we're beyond the scope of backyard engineering at this point but what I will say is this also speaks well to magnetic motors because just like with the fusion reactor, you're going to see nothing, nothing, nothing, nothing. Then boom, all of a sudden you hit a certain energy threshold and now you're getting huge amounts of energy back. That's what the graph showed us. And the reason why we don't see that right now is because we're dealing in the beta equals 0.1 and the Tesla equals 5 zone, which is the red shitty zone for noobs. But if you start rolling up to the beta equals 1, Tesla equals 20. Now you're getting huge amounts of energy back. Now if you take that same idea and you apply it to a resonant magnet, permanent magnet system, you can imagine under the right resonant conditions, suddenly you start seeing huge returns. But before that, before you achieve that resonant condition, you're not really seeing any net over unity. Just a thought, might not be true. Okay, let's see what else we got. So, SpaceX alloys, holla for my dollar. Hala hal my channel. Nice to see you, brother. Recon Ashton has a reactor. Watch L. Ashton has a reactor. No, you're right. I don't, bro. This guy's trying to get me killed by the CIA over here. No. And when we evaluate fusion companies, there are two major criteria. If you're an investor out there, listen closely. Number one, do what is their design for their fusion reactor? If they're making a metal donut, you might as well just burn your money. Might as well just burn it. If they're doing something that's a high beta concept, probably good. Probably can work. Number two, though, do they have a working reactor? There are companies that literally already have reactors that are already proven fusion can work. Those are the ones that, you know, your money is going to be safe because they've already proven it to be real. They're just trying to commercialize it right now, which is its own challenge. There are a lot of companies out there that they call themselves fusion companies. They have an idea for a reactor, but they've never built a reactor. That's a huge that is a big big hurdle in my opinion. Thank you very much. War Ranch Zapperoo Lulu couch fun. We're going to get some special treats for Lulu this weekend. It finally warmed up. And you know, I shouldn't even jinx it. I shouldn't even jinx it. I already probably did. Now, I'm going to wake up tomorrow. It's going to be 10 damn degrees. I'm going be freezing my butt off, assuming it's not. We'll get Lulu those treats. We'll go on an extra long walk through the forest with her. Uh, Naran Nar Nerk Yan says, "Even after all this knowledge, those MH370 videos still seem insane to me. Bro, I wake up every day thinking, "Holy [ __ ] those videos are real." That like just thinking about that, thinking about what it means. Thinking about how far advanced they are to have these plasma orbs that are like perfect stabilization that they figured out this beta equals one stuff. And then after all that, after you absorb all that, you're like, "Okay, I've accepted that we've got some crazy fusion [ __ ] Nope. We're going to just take it to crazy town. Now we're spinning our fusion reactors around. They're joining together and they're zapping things out of the sky like they were never there." Yeah, it's dark, man. I don't know what to tell you. It's real dark. The biggest challenge might be not going insane. That might be the number one challenge I'm learning. This is not going insane. Not going full Truman show trying to drive your boat into the wall, the edge of the earth or whatever. Because it's pretty wild, man, to think about how and why anyone would do this willingly to an entire civilization of people and hide this technology. But the answers generally come back to human reasons, greed, power. I think Dr. Greer said it best. Most people are just genuine normal humans that want to just be nice people and live a good life. But it only takes a couple maligned individuals who want to seek power for themselves to upend the entire system and that's probably what happened in my opinion. Followup by YBC John says SpaceX Oh, that one. Oh, no. He said, "Develop their own super alloy in-house named SX500 capable of over 80 bar of hot oxygenrich gas. To me, it's got to be like the what do they call it? The fog bank thing. Aerog gels. Those aerogels are where I'm at, man. It's like once you move to a solidstate hard drive, you're never going back. It's just so much better. That's like how I think of the aerogels. Yes, it might take like a thousand hours to make your crazy aerogel foam metal thing. It's worth it though. You get so much better performance out of it. I want my Jarvis orb to last for a thousand years, chat. I want to give it to my grandchildren's grandchildren. So anyway, that's just my personal opinion. Well, it'll be interesting to see though if Elon will we're probably going to be the first to notice when Elon starts catching wind of all this. And he's probably going to first catch wind from plasma fusion propulsion. And from there, he'll start to dig in and realize there's more going on. And that's when he's going to get fully red pill. It will be fun to watch and see his transition because we'll be the first ones to realize when he had that oh crap I've been getting lied to moment because just like who was it? Just like uh Nerkan said just like he said people struggle with it but once you start to realize this stuff's real and look into it you you start to have this awakening almost. And then lastly, Thirdey Tribe, Professor Forbes, please pass a note to Dr. Georgiani. I had a dream operation about one of his books. I'm sure he'll appreciate that. He's a cool guy. Really down to earth, actually. Okay, MH370X, I'm out. Hope you guys have a good weekend. I'm going to rest up. We'll be back on Monday talking more science, more physics, more CIA operations stuff. I want to name some of these people that are involved and I want to find out how the CIA operates as much as we can possibly learn. Have a great night everybody. See you later. Peace out. >> You know what? We're going to go with oldie here. Here you go. Oldie but goody for you guys. chat research. Don't talk to me. I'm going to find the truth while I sit this martini. Your opinion, it means quite to me. It's m MM H37. Not all heroes wear capes. I wear glasses to see. I'm going to find the truth while I sit this martini. The trolls hate seeing me succeed, but guess what? Mm. H37. Guess what? And then not all heroes wear glasses to see. I'm going to find the truth. All I need. Your opinion. It means what to me. your opinion. M and then H370. Now heroes hates my glasses to see. I'm going to find the truth while I party. Guess what?