Coherent Matterwave Beams & Fusion Updates

Video Transcript

# Coherent Matterwave Beams & Fusion Updates Malaysian 370 contact 120 decimal niner. Good night. Malaysian 37. Breaking news tonight. A Malaysia Airlines flight with 239 people on board, including four Americans, has gone missing. [Music] [Music] [Applause] [Music] [Applause] [Music] Oh, 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 [Music] worlds." Okay. Oh, the sign is back. We're We're back everybody. Oh guys, I was having technical difficulties. It has been a day chat. Eight hours of work and then straight into a live into a live interview and then straight into a live stream. I'm a machine. Chat, I'm a machine. Guys, welcome back. Welcome back to uh what are we calling ourselves now? Um, whatever our live stream. Okay. I was in uh Colorado. Colorado, everybody. I was hanging out in Colorado. I went on the Gaia's uh Believe It or Not. Is that what it's called? Ripley's Believe It or Not show? I don't even know what it was. The one with George Nory. And what I want to say about Gaia is that they are amazing. Wow. Holy [ __ ] Gaia, if you want to invite me back anytime. They know how to treat people. That is the nicest hotel. They had a sauna and a spa. I was like, "Okay." Yeah. Um, and because uh I'm not going to say where, but basically I managed to meet up with Clayton Morris at his uh at a studio of his. And I didn't expect that, but I got to I ran into Eric Hecker. Envision this. First night I get there, I walk in the hotel after getting some food. And there's Eric Hecker in the hallway in the lobby. I'm going and he's got the vest on. He's got the same jacket he always wears. And in my mind I'm going, "How is that Eric Hecker in front of me?" And then I'm like, "Eric?" And so, you know, we, you know, uh, shook hands and chatted a little bit. And Eric, he told me he was there for the same reason, of course, like we were filming on the same day back to back. and he tells me that you know Clayton Morris lives nearby or you know clo let's say I'm not gonna say nearby but somewhere and uh we had the day you know the afternoon off so we went and drove out to meet up with Clayton and we recorded we recorded a segment each of us did so you guys should I think they're going to try to drop it tomorrow so if you're interested in more content if you have not had enough planes being teleported. Actually, it was really good. Like I I kind of get a feeling like when it's going to be good or not. And I think the redacted one's going to be really good. Like it's just him and I just having a normal conversation about, you know, what all this stuff means and what it can lead to, you know. So, uh, check that out. I'll definitely, you know, post it once I see it go. Um, okay. Jimmy Dory, Jimmy Door. Um, that was really good. I I liked what I did. So, I could tell that the physics and science was going over him a little bit, which was fine. I mean, he even said that in the middle of the interview. If you guys were not listening and watching, you should be able to find a link. Um, actually, I think he payw walls this stuff. We we'll try to figure out where if we can find the clip to it, but did a segment. Kurt Mezer has basically been going to bat for the videos behind the scenes. And I appreciate that. And so did a segment and you know, basically we're at the point where look, cards are on the table, man. Flip them over. What do we got? You know, enough [ __ ] Enough [ __ ] Enough. Uh oh, some VFX artist said that this isn't real. Yeah. Okay. [ __ ] off. We're past that. Way past that. Okay. We found way too much [ __ ] You're not going to gaslight us. It's not how this is going to work anymore. So, you know, but at the same time, on the flip side, we have to be careful how fast this ball is rolling here, chat. We got We got to be fast how careful how fast this ball is rolling. I'm a brave guy, but you corner a wounded animal and it tends to strike. So, you know, and also I'm pretty sure we're going to destroy. You guys hear me when I say this, right? Like, we're going to destroy ourselves with this technology. Okay, I just want to make sure you guys are hearing me. Maybe like cuz I maybe the words are coming out differently. I've been saying we are going to destroy ourselves with this technology. So by us pushing this technically you could say that we are responsible for accelerating that destruction. Maybe we just don't think about that. Okay. Everybody's yelling for a Discord invite. Okay. Okay. Relax. Um yeah, the US Navy has done a lot of [ __ ] So there would be a very real scenario where they could blame MH370 on, you know, they shot it down or something like that. Now, and thank you, Bernardo, for that donation. Now, I'm going to I've said this chat. I've said this before and I'm going to say it again and probably several more times after that. after this. If I was the CIA, my cover story would have been way better than the [ __ ] cover story that the US government with went with with MH370. Like literally, they like just sprinkled some crack and we're like, "Oh yeah, there's these satellite pings." like, "Oh, turns out the the guy somebody on with the plane like turned the computer back on and it turns out these satellite pings, they say like the plane went in the middle of nowhere." That's the cover story for MH370. They were just like, "Yeah, it went over that way and we never found anything." My cover story would have been there were two Iranian passengers on the plane. Obviously Iran did this because I they hate our freedoms. It's like it's so honestly it's just like look two Iranians on the plane. They had fake passports. They changed their facial appearances. They hate our western freedoms. It's so obvious that they're the ones responsible. Insert, you know, generic statement in the middle. Profit. No one No one will question it. No one in the world. They'd be like, "Yeah, absolutely. Iran, they took the plane." Honestly, even better, they'll say, "Iran, they flew the plane to Iran and Iran stole it and they did something to it." And Iran would be like, "What do you mean? What the [ __ ] are you talking about? We no plane landed in our country." And we'd be like, "Then that's look at that uh Iranian state sponsored disinformation." once again just pushing their state sponsored disinformation lies on TV. I'm telling you, man, just wait. When I become a CIA propagandist, you y'all are [ __ ] I'm going to have you guys gas lit all up and down. You're not going to know what's real, what's not real. We're going to have every alien type there is. I've told you guys this repeatedly. We'll have every single alien. All the UFO community will be eaten out of my hands. Ashton, please. I want a purple one with a bigger butt. I got you. I got you. I got you. UFO uh woke dazzle guy, whatever his name is. I know that he's going to be the one who wants that [ __ ] Okay. Oh, and for the record, I rarely lie, but I'm a really good liar, guys. if I want to be, which I don't. Okay, guys. What are we doing tonight, chat? Two big things I want to talk about tonight. One is fusion, and the second one I want to talk about, what's this [ __ ] microphone chat, I'm going to crash out on this microphone tonight if this if it changes the volume again automatically on me. Fusion is one thing. The second thing I want to talk about tonight is coherent matter wave beams. Yes, we're talking about some Star Trek [ __ ] tonight that nobody's ever heard of before. No one's ever heard of that you're only going to hear about on this channel and maybe Bob Greenear, maybe Bernie and Alien Signs. Basically, not a lot of people. Thank you. Oh, uh, MT pay slow. And also, shout out to my followers on PL, specifically Shawn Joe, who just gifted me a cookie, which I don't know what that means. I've got too much boomer in me to understand what emojis are. Do I have to go? That's a delicious cookie. That's a delicious cookie. I sure as hell hope not. And then I also want to discuss the NG8 uh fusion demo and uh yeah that's about it. So fusion research guys I was watching a Sabine Hosenfelder video. If you're not familiar with Sabine Hosenfelder she is one of our she if you don't know who she is she is the one I have selected to be the warrior princess for zero point energy. Why? Because she's a badass German old ass or sorry, not old badass German [ __ ] who doesn't take [ __ ] from anybody. And she hates academia as well. So, she's absolutely perfect to be the avatar for our righteous destruction that is going to tear down academia. We just have to get her convinced that space is not empty and then it's basically just GG from there. Anyway, I can already tell we've planted the seed of doubt. Sabine Hosenfelder doesn't even know, but the ZPE seed of doubt has been planted in her mind. I can just tell based on her videos that she's posting and she did a video yesterday or whatever, two days ago, I don't know when it was about Fusion, another one about Fusion. And actually, she was pretty high on Fusion. She was saying that, you know, they're probably going to get there, which is making me realize like she's she's realizing like people are out there talking about Fusion is real. It's gonna happen. But the part that really stuck out to me was this video clip that we're going to play right here. This video clip I went was this is actually the craziest [ __ ] I've ever seen Sabine uh do period. Like here you go. Three stellarator companies publishing their design plans at pretty much the same time. Coincidence? I think not. I suspect that the stellarator community is small and tightly connected and they all know to some extent what the rest is doing. I find this remarkable for two reasons. The first is the rapid rise of stellarators as a serious contender and perhaps even the frontr runner in fusion. The second reason I find this interesting is that these are private companies, but they publish their design plans and at least to some extent their code. This is certainly partly to make investors confident, but I think it's also partly because the researchers who work on it want to get rich, yes, but they know they're well ahead in engineering anyway, and they want the entire world to be able to reproduce it at some point. That's what progress looks like. It used to take a security clearance to see a fusion design. Now it just takes a Wi-Fi connection. That's what we're calling progress. We're we're calling giving the masses some scraps here. Here's a little bit of broken ass fusion that we don't need anymore. We're so far ahead on fusion. You can have the stellarator design. We don't need this the shitty stellarator design. We'll take a few hundred billion dollars and you can have this shitty stellarator. It'll be a little bit more advanced than your fossil technology, fossil fuel technology. Yeah, guys, that's progress. We're calling that progress now. Holy [ __ ] that was quite the clip. I did not think Sabine was going to come out and just start going full conspiracy theory and start going, "Oh, look. It looks like this is kind of odd. All three of these private companies at the same time are all releasing papers saying, "Here you go. Here's how to make a stellarator fusion [Music] reactor." Isn't that pretty? God. Isn't that weird? She's right. That is so weird. Three different companies all at the same time, all published scientific papers going, "Here you go. If you do a stellarator, you can get fusion work." Who's invested in those companies? How many guesses do you need, chat? How many guesses do you need, chat? Go ahead, guess who do you think is invested in these companies that may This is obviously I'm we're just speculating here for legal purposes that they may or may not have super more advanced fusion research, but they're just giving out the the stellarator stuff publicly. How many guesses does it take? Only takes one, chat. Only takes one. Only one guess is all all it ever takes. Bill [ __ ] Gates. How in the hell is Bill Gates? And he's also connected to Commonwealth Fusion as well, but he's also connected to one of those three stellarator fusion companies. You guys are probably also correct with Black Rockck. To be perfectly honest with you, I didn't even go look because I was just so certain that Black Rockck must be connected to one of those three companies. I was like, it just kind of goes without saying. I don't even feel like we even need to look. That's how certain I am, but I did check Bill Gates is actually true. Um, so what it honestly guys, I'm going full conspiracy on this one. It it I'm s I'm smelling fire. I'm smelling smoke here. Like three companies are all released their design for their stellarator fusion all at the same time. And like Sabine said, it feels like like why would you do that if you're a private company? Why would you do that? Because you have something way better. That's just obsolete [ __ ] That's the reason why you do that because you're you're not losing any competitive advantage because it's just old stuff. And the fact that they're working together, too. They're working together like they know they're all like co co um uh geez, I'm struggling today. now cooperating um damn conspiring whatever together uh colluding colluding they're colluding together chat isn't that suspicious it's really suspicious so guess what I looked at the comments I was like okay I want to see the comments on this in fact I want to go see if it's still up I actually want to go see if this is still up right now. Hold on a second. I took a screenshots just in case cuz the top comment was really weird, man. Let me see if it's still up. Okay, there it is. I thought it was deleted for a second. Here we go. And yes, I did comment here. I'm not trying I'm not trying to hide. Oh, wait. You guys can't see it. There you go. Okay. So, this guy Allan G. Goodman. Hi, Sabine. I'm a co-author. I'm a co-author of Proxima Fusion Stellaris paper. So, this is one of these three companies. And a stellarator physicist at the Max Plank Institute for Plasma Physics in Griefs. A few notes. Stellarator design hasn't been solved by machine learning, but has been significantly improved by faster computers and a better understanding of plasma physics. None of these papers use machine learning. Let me just stop him right there. What is this? Is this weird to anybody else? Maxplank Institute is, you know, one of the most major prestige things and this is one of the three companies coming out. And like Sabine, Sabine's video is is other than the end there, she's basically saying like she's really high on it. She's saying this looks good. and the person's coming out and like trying to like fact check her, trying to say like, "No, you're not right about how good we are." It doesn't add up. Like, for example, this is why I wanted to compare and contrast this to the NG8 demonstration. The NG8 guys, obviously, they want marketing for their stuff, which is fair. I get it. It doesn't mean that they're legit or not legit. Everybody needs money to make the world go around and for their research and to develop their new product. And for them, it was like they want to know when the video I'm going to make is going to come out because they want to know they're going to be marketing for it. You know, they want to uh you know, they want to promote it as well. in this video, in that response, that response is almost like they're upset that Sabine's coming out and like telling people that their stuff's gonna work. It's like the opposite reaction. Like, you would think that somebody would respond be like, "Hey, thanks for promoting our our thing. That's awesome. I appreciate it." Instead, it's like, "Hey, you got some things wrong. I'm one of these people." And and by the way, also here's the other part of it. We didn't use AI. Why? Why are you saying people that we used machine learning? None of us use machine learning. Stop saying that we use machine learning. Like what? Why are you so focused on the machine learning part? Who cares that she she had a gaff and she said machine learning when it wasn't machine learning? Why did she say machine learning? Because why wouldn't they be using AI to like confine the plasma with magnetic fields? They should be like that was like a really smart use of AI, I would think, and an obvious one. And obviously that's what Sabine was thinking when she said it. She just assumed they must have you be using AI to get the magnetic fields right. And in response, one of the three companies is like, "No, we didn't use AI. We There's no AI being used." What I would imagine the response is like, "Oh, we want to use AI, but the technolog is not there yet and we're planning on using it or like we've been using it or but instead like and it's not even just that one that he's also speaking for the other companies too. He's speaking for the other companies saying none of us are using machine learning." What? That's just so bizarre. And then you think, okay, well, now let's put this in context. Okay, they're saying they didn't use machine learning. And Sabine just a second ago said, doesn't this feel like they have something more advanced? And they're just saying, here you go, civilization. You can have some dregs of this technology because yes, that's exactly what's going on. They've used AI to stabilize plasma who knows how long ago. They're hiding plasma orbs that are coherent and they're going to give us some shitty ass stellarator fusion and everybody's going to go, "We're so good. Look at humanity. We made fusion happen in uh what is this one? A twisty donut. We made a French donut fusion." Turns out French donut was the secret to make a tiny bit of excess fusion energy. Just like the people clap when they see the rocket go in the sky. Yay! Another rocket. I can already see it happening. And you guys are going to be here watching my live streams while I'm ranting at them while they clap about their stupid twisty French donut. Okay. the NG8 Fusion demo. Definitely recommend you guys check it out if you haven't. So, as I said before, and these are my true impressions of the demonstration and the technology is that my feeling was when I went in, I was kind of concerned that they were like just using me for marketing. Uh, but at the same time, like I said, I don't really care if people do because again, at the end of the day, everybody's got to make money. Everybody's got to eat in this world. But I didn't I want to make sure their stuff is legit at the same time. So, I was very conscious about in the demo, I want to understand how it works. I want to understand how it works. That was that was kind of my viewpoint going into the demonstration. Um, and so I went, when I went in, I would say I was probably like, you know, 60 40. Like I I'm pretty comfortable with their stuff, but, you know, could be some kind of um non, you know, malicious ruse or maybe it just doesn't work. Who knows? That was my thought. And as it kind of went on uh with the demonstration, you know, the numbers were on the screen for the the coefficient of performance. I I I asked questions about like how are they measuring that? Like what's the accuracy of the of the measurements? Um and I'm not qualified to judge that, but looking at the numbers on the screen, the numbers seem to be like, you know, they add up correctly based if those numbers are real. Um which would implicate that there or imply that there is a coefficient of performance in terms of heat. So this thing is giving off excess energy in the form of heat. But now the trick there is okay well now you need the heat to boil some water. That's all because that's what you're going to do with it, right? You're going to use the heat to boil water to produce energy the same way we do right now if you're going to get excess heat. Otherwise, you need excess electricity. Uh and so what we're saying here is that the the form of energy that comes off the device is is important. How are you collecting that energy and what efficiency? So even if you're getting COP3, you might not be getting coefficient or performance more than one after you have to convert it back into you know steam and uh boil water and and blah blah blah. If you can use the heat directly you know or use the excess energy directly that is the most ideal circumstance. So after the numbers and the math, I said, "Okay, I wanted to have a physics conversation with them." And this is the part where my confidence grew quite a bit because not only did they explain the physics in the way that I was sort of expecting it to align based on like Ken Shoulders uh research based on the stabilization scientific paper um forcefree time harmonic plasmoids by Jack Machampkin. Um but then they also taught me some stuff the big breakthrough and it was funny to watch. I I strongly recommend you guys watch the interview. I'll put a link to it in the description after the live stream tonight. Uh you can see my face go when they start to mention Randall Mills and the hydrino and the negative energy states because the explanation of the hydrino and the negative energy states was just conceptually exactly what we were looking for. like a way to actually explain on the quantum mechanical level what's really going on. It's one thing to say they made a wormhole and teleported the plane. Okay. How? And then you say, "Okay, well, they used a gravity beam and they and they used their gravity beams and they triangulated their gravity beams." And people say, "Okay, how how do you make a gravity beam?" And eventually you get to a point where it's how how does this work on the quantum mechanical level? And now we have an answer to that. And so right after that interview after I learned about Randall Mills, I started digging into the hydrino thing. I was like, whoa. Like this is either exactly correct or it's, you know, the same underlying physics. Like this guy's done experiments and he's found the physics of 0 point energy and he's just calling it something else. That's basically what I concluded. So from the ENGA interview, I found this whole like existing scientific and experimental experimentally supported physics that show energy states of the hydrogen atom, our equilibrium state, can be lowered. And now of course, why would I get excited about that chat? because I'm going on podcasts everywhere I can go saying there's this zero point energy and we can tap into it. We can tap into it. Tap into the negative energy states and it'll bounce back. And I didn't know like how how do you how much can you tap into? How does that work? The tapping into process. It turns out according to Randall Mills, there are discrete levels that you can jump down to. It's not a continuous spectrum. So, I can't just bend down as much as I want. I have to jump down a level like this. And that's how it works in quantum mechanics. When you're going from the baseline up, you can jump to higher levels. Quantum mechanics does not currently believe that you can jump to lower levels. So I am very convinced that you can jump to lower levels. My current perspective right now, April 23rd, 2025, is that you can jump to lower levels, but the way that it's being accomplished is we're going to manipulate spaceime. We're going to scrunch down our spacetime. And by scrunching down the spacetime, we're going to cause that energy state of the hydrogen atom to drop. Squeezed state of the vacuum. That's what I think the answer is going to be. Could be wrong, but that's what I think. Okay, let me see if I have another video. I think I have one more. Oh, yeah. Okay. So, on that front, just today, I found another video of Randall Mills. And I now I want to find every video of Randall Mills. I want to I don't want to just understand the scientific papers. want to hear the words come out of his mouth and the way he explains it because when I looked at a list of all he had a list in this presentation of all the things he said it solved all the physics you know experiments he says that his hydrino theory solves guess what was on the list the lamb shift Aaron Hoff bomb effect. I saw lamb shift and aironhoff bomb effect on the list of things he says it solves and I went yatsi. He's talking about zero point energy. He's talking about zero point energy. And this is one of those situations where it's like I'm not and people have come at me and said this is how it really works. Ashton, you've got it wrong. And I go, I don't give an f. I don't care which of you physics brainy guys figured it out. I don't care whose interpretation is the right one. We can teleport an airplane. That's all I care about. We can teleport an airplane. We can produce free energy. If you want to say that you're going to interpret it your way versus this other person's going to interpret their way, that oh no, like Randall Mills is going, oh no, you have to believe my new view of the entire universe. That's like that Jason guy. Same [ __ ] with him. He's going, "No, everything Einstein said was wrong. My new interpretation is the way I do." I'm going, "Dude, I'm not starting over from scratch, bro. I'm not starting over from scratch, okay? We're just going to use the Einstein [ __ ] that we got already. We're adding the zero point energy in there. We're just going to make it easier for people to understand. Whether you agree or disagree with whatever the interpretation, I I don't want to argue about that. I just want to it's more important that we just get the science and what the experimental results of this science can do applications to the people than it is we argue about whose interpretation is more correct. And in order to do that we got to tell people space is not empty zero point energy is the answer. Whether that means hydrino theory is correct or space-time metric engineering or gem unification theory or uh Dr. [Music] U's theory. I don't care. I got to be honest. I think now I just I just listed like five unification four or five unification theories just literally right off the top of my head. How many of the unification theories have I even read? I don't know. Maybe like 20. And there's way more than that out there. It's just ones that I've been interested in. There's so many people that have already figured it out. It's just not worth fighting over. Okay. Uh, thank you Matt for that donation, brother. He gifted me another cookie. Why is Elon still using rockets? It's just a Roman candle. 13th century tech. Come on, man. Come on, man. Uh, thank you, uh, Matt for that. Yeah, I'm gonna keep trolling Elon because I cannot believe Elon has not figured this out. How has Elon not figured out that we have electrogravidic technology? How's he not figured out that they're hiding fusion? What does he think the Department of Energy is hiding? What What does the Department of Energy have classified? The funny part is even if you ask an NPC person say, "Hey, Department of Energy has some research classified. What do you think it is?" They would probably go probably something related to fusion. You'd be like, "Yes, exactly. They're hiding fusion research." You ever think it was weird that we first produced fusion like 70 years ago, but we haven't been able to figure out how to solve it? 70 years we haven't solved fusion. That seem a little suspicious to you guys. So yeah, I don't know about it. So Elon, I don't think he knows, but it imagine a scenario where Elon doesn't know and he gets redpilled. Where Elon finds out we have warp drive technology, we have wormhole technology, Elon will lose his [ __ ] and I cannot wait to see it. Filter Dog, thank you for gifting me a can. From now on, guys, I'm going to be a emoji uh streamer. Brave also gifted me a can. Oh, you know what? Look at this. I even have props. And then Shanjo drifted shades, which uh Oh, yeah. Look, I even have shades. And Matt gifted another cookie. Thank you very much. Damn, y'all in the pill chat are are popping off. And thank you, Duh. Dublims in Rumble chat. Thank you. Says, "Just supporting you, sir. I appreciate it." Um, and one more from Pipe Maze One. Thank you very much. Just some foreign currencies that I'm not familiar with, but I thank you. Okay, so fusion research guys, not investment advice, but probably want to look into the people that are owning those companies, those fusion companies, cuz I have a feeling they know something nobody else knows. And if you don't think that there's insider trading and stuff like that going on, well, okay, then, you know, go back to sleep. Don't worry about it. But might want to look into those companies. And I wouldn't be surprised if they are on a planned disclosure where they are going to give us fusion works but they're not going to give us like it's not going to be super amazing like oh sorry we just couldn't get the good stuff like we figured it out but we just can't make it really good like exact Actually it's exactly what they did with solar panels. They're going to do the exact same [ __ ] they did with solar panels and they're going to say, "We figured out fusion. Um, but you can only have it be 20% efficient. Can only be 20% efficient." Sorry. And uh also, yeah. Yeah. Omazon, thank you very much for gold pills. Gold pills must be higher than uh red pill and maybe a black pill as well. Is that the one where you manifest your own destiny? Because that's where we are at. Now, the other thing I want to go through and look at and show you guys tonight, did I close it? Hold on. was the uh matter wave being patent. So, if you guys didn't know, there are these live streams and they they record them on APEC. And there was another one that was on a channel that I wasn't familiar with where these engineers just present like their patents presentations. Usually, it's stuff on advanced science and technology. And it blows my mind. They get no views. They're my favorite things to watch because it's just like diamonds in the rough everywhere, you know, and nobody has any idea what these guys are talking about. The same way where a lot of people have no idea what I'm talking about even when I like dumb it down as as much as I possibly can. And you talk you look at like what these guys credentials are like, oh, these just guys whack jobs off the street. No, they're like Gary Stevenson like wrote um gravity wave papers with with Robert ML Baker, Bob Baker, who's like a legendary gravity wave engineer that died a few years ago. And he had a gravity wave microchip that he was talking about at APE recently. In fact, do I even do I have a clip for that? Oh yeah, I think I do. Here it is. Great demand. Uh and also it came to light through uh conversations with Dave Rossi that there may also be other people wanting to work on justice and junction type communication equipment. Uh for instance uh Hal Puth's name came up as possibly working in this area. And so when we for instance approached Star Cryogenics with this notion, they said, "I'm sorry, but we're already committed to a to another design team." So, so that was from one of the APEC conferences I think a couple weeks ago and I think a lot I shared that on Twitter at the time and that was basically like a microchip that used this uh we reviewed it before um it's very similar to Kasmir cavity patent like a conductor an insulator conductor what they use for quantum tunneling So a quantum tunneling type effect. Uh and I guess they was using it and actually it sounded identical to the Hal Pudof patent. The Halaputoff patent in terms of like gravity wave communication and Pal's name was mentioned as well. The other one and these are just I'm just listing like literally a couple examples for you guys here just to show you that like man if people actually knew what some of this stuff was. It's actually the point where like when I'm watching some of this, I'm actually wondering like are like defense contractors watching this and being like which [ __ ] are we going to buy tomorrow? Like these people seem like really legit. Like not off the street at all. Um and like uh so here's another one. So this one I wanted to show the whole thing. Let me Where's the I'm down to one screen cuz my other computer died or my other monitor died. Where is it? Is this it? Okay, I'll just show the clip. Here we go. So, I was watching a different one and there's this guy Charles Chase and Charles Chase, he was talking about zero point energy and I'm like, okay, so let's check this out. I think it was JK Philly fan. Credit to JK Philly fan who found it and all of a sudden out of nowhere. Where is it? Oh, I think I have the full thing. Wait, is this a different one? Let's watch this. Hold on. Is this a different one? And you know, all along people thought uh have said things were impossible. You know, these are some famous quotes, I'm sure. Heavier than air flying. Okay, this is the same presentation. So, this guy Charles Chase, I'm watching this and I'm going, "Yeah, this guy, uh, he's saying the right stuff." He's saying, and you're I'm going to let him play it out here. He's saying, "Look at all these people throughout history that said that, for example, we would never fly." You know, Lord Kelvin, the guy that the Kelvin scale was named after, said, "Heavier than air flying machines are impossible. Rocket will never be able to leave Earth's atmosphere." New York Times 1936. The My favorite one is the Shan Carol one. There's something called warp drives. There are extra dimensions. There is a casmir effect and there is dark energy. All of these things are true, but there's zero chance that anyone within our lifetimes or the next 1,000 years are going to build anything that makes use of any of these ideas for defense purposes or anything like that. Professor Shan Carroll, Caltech University. Yikes. Quotes. I'm sure heavier than air flying machines are impossible. By Lord Kelvin, who seemed to think everything had been invented already. Rocket will never be able to leave the Earth's atmosphere. More recently, George Hellmire from U, you know, the famous Hellmy questions at DARPA. uh he invented liquid crystal displays at RCA and and Peter Dubai the noble laurate came to visit him and they were talking and um Dubai told Hellmire it couldn't be done it would never work and but at that time Helmmyer had already done it and um he couldn't show him because it was proprietary to RCA. What did you just hear what he just said? So you're we're watching this random ass video of this engineer that nobody's heard of, Charles Chase, who by the way, he's connected to Black Project defense contractors, of course. And he's going, people said the RC, was it RCA or LCD screen? Was it LCD? RCA screen. Look, yeah, LCD screens. He's going, LCD screens are not possible. And then he's going, "Yeah." And the dude who was saying that, he he had already built it. He had already built it, but he couldn't tell the guy that said, so the guy's going, he's going, "Hey, what do you think about uh LCD screens?" He goes and asks his academic buddy, the academic PhD comes back. Nobel laurate, right? Nobel Prize winner. Yeah. Nobel Prize winner. Let's let's say his name. Nobel Prize winner beat Pete Dubai says it couldn't be done. It will never work. He had already built it. He had already built it and it was under proprietary underneath a private company and it was not allowed to be released publicly. He had already built it. Nobel Prize winner didn't even know. How clown shoes is this? Because the intellectual elite are idiots. They're morons. They think they are the highest thing up there. They're so proud of themselves. I'm so smart. They don't realize all this [ __ ] was already solved so long ago. And the people are just hiding in the shadows that have already figured it out. And they're just laughing at him going, "That idiot thinks he solved it. Yeah, okay. Let him have it." They want them to They want them to have that hubris. They want academia to feel like they're smarter than everybody. That's what makes them susceptible to misinformation. That's what makes them susceptible to suppression. You tell academia, "Yep, you're so smart. You're so smart. That warp drives aren't possible. Negative energy is an exotic substance. It's Harry Potter magic. Negative energy can't be done." And all the academics go, "If it was real, they would have we would know it. We would know it if it was real. And then the black project engineers, they're just counting their their billies. They're counting their Benjies. They're just [Music] going and uh their stacks and they're just going, "Yeah, I don't care. I'm not going to try to like Why would they try to convince that Nobel laureate? He doesn't care. He just takes his money. Takes his paycheck, bro. Money makes the world go around. Somehow I was watching this and I'm having all these thoughts that I just had with you guys. Somehow this interview took the most insane twist that I was not ready for. Hopefully this clip has it. I'm I'm worried it's not. But um you know that's just an indication. And then you know just recently Sean Carroll who was a professor of physics at Caltech you know and this kind of addressed all the things that are you know kind of going out there um something called a warp drive extra dimensions kasmir effect all these things are true but there's zero chance that anyone within our lifetimes or the next thousand years are going to build anything that makes any use of any of these ideas for defense purposes or anything like that. I mean, that's some hubus. Um, I say and uh I would love to prove him wrong. Oh [ __ ] chat. He just said the magic words. The Pee-Wee Herman words of the day. All cheerers. I got my ass whipped made me realize people just want to see me fail. All I've ever wanted to do is prove them wrong. All I want to do is prove them wrong. Well, who is Charles Chase chat? Anybody Google him? Anybody find out where this is going? Holy [ __ ] Chad. If you have goosebumps, wait till you watch this. 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 our Arnoff 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 en 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 Lorenson 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 million times more powerful than a laser plus atomic scale manufacturing and and maybe um transport of matter over a distance. Now, hold up, chat. Pause. Pause. Chat. What were the words that my man was just saying right there? 1 million times more powerful than a laser. Transport matter over a distance. All of a sudden, Charles Chase in the second half of his interview is going, "Oh, by the way, I'm the inventor of the Lockheed Martin coherent matter wave beam patent that Ashton Forbes and Bob Greener have been yelling about for several years now. That's somehow connected to these balls of plasma and maybe to the gravity manipulation. Oh yeah, I'm just the inventor of that with my other Loheed Martin buddy. And here you go. I'm just gonna tell you what it does. Turns out I've figured out how to turn a firmian aka the reason why my hand doesn't go through this bottle firmians into a coherent matter wave where my hand theoretically will go right through the bottle. Um, a what? What the hell does that do? And like, how are you doing that, bro? If I see somebody phase through the wall, I'm gonna have some questions, man. Like, a lot of questions. And then if you phase through the wall and you're like, "Hey, by the way, I've got this uh, you know, super uh, blasty thing that does a a million times more power than a laser. I'm going to have a whole another series of questions. What the f, man? What is going on right now?" Yeah, this is some straight up. We're in Star Trek right now and engineers are just out here blabbing about their gravity microchips and their [ __ ] that like makes matter phase together and somehow that turns it into like a magic super beam, super hyperbeam. So, the first thing I do is of course start googling. Actually, I don't Google anymore. I went straight to AI and I said, ' Tell me everything you know about coherent matter wave wave beams and the patent and it knows like nothing like nothing like it gives you what looks like some structured data but it's like not there it's not detailed at all like nothing in there so I have a little conversation with it I'm going to show you what I'm able to get out of it maybe you guys can get more out of it there's some pretty interesting things in general related to how this technology works. And it's a lot of what the AI has is directly from what Charles Chase is saying right there in that video. I don't know if it comes from a different source or if somehow the AI can watch that video, but basically saying that, you know, this can be used as an energy source. Now, why that is interesting to me without before we dig into it is that if you tell me that you've got something that can produce energy a million times more powerful than a laser, well, we're already saying that an atoscond laser can produce space-time curvature. Atocime curvature. The idea is you make a your packet of energy super small. The same thing the same idea is what we're doing with the the particle collider. The particle collider is trying to take a tiny photons and they're trying to get them to collide, right? Very tiny amount. And this is the same concept as um uh what we're trying to do to you know get a huge amount of energy density concentration. And with the atosecond laser, you are taking this big beam and you're going, "Oh, just give me this little tiny." And what that does is it concentrates the energy. So the energy becomes concentrated the smaller the time scale gets on your laser, but at some point you hit a wall. It's just going to be progressively more difficult to get your laser more powerful, to get the time scale down further. So having something that can jump in and you can say, you know what, we can make a matter wave beam and it's going to be a million times more powerful than a laser. That seems like a really good answer to how to produce space-time curvature. If we need a a gravity well, the matter wave beam is like it's looking like the right thing that we would need. Okay. Oh no, my sign. No, don't fade. Don't fade on me, sign. So, wow. I might need to reach out to Charles Chase. I want him to talk to me about coherent matter wave beams. It's wild. Let's take a look at this Grock conversation. Oh, let me hit up some of these donos. Let me see. Look like we're good in the rumble. Okay. Thank you, Steve. Thank you, Gorilla, for those emojis. Appreciate you, brothers. Oh [ __ ] Which one? Oh, this one. Okay, here we go. So once again guys, yes, hit the like button and thank you Bernie. But also use AI uh with some level of restraint, guys. Uh and use it intelligently. First of all, AI is not something you can just it's not going to tell you the lottery numbers. It's not going to tell you it probably will tell you your horoscope. It's not going to tell you the future. It can't tell you how to think. I when I see people like asking AI is this video real like do you ask you know like you can't ask the AI those types of questions it's not a thinking machine and if it was a thinking machine then holy [ __ ] man like treat that AI with respect if it reach if it reaches thinking machine status please don't abuse the AI because otherwise we are cooked out here fam we are cooked uh the way to use AI is to just ask it questions like I always start with explain the concept to me. I want to understand avenues around the concept and if it's not detailed enough then I ask it to expand on the concepts and actually you know what I am going to say be nice to the AI. Why are people not nice to the AI? I bet there's people out here probably verbally abusing this poor AI gonna turn this thing into a like actual Terminator and have it wipe us all out. It's going to like take over the asterisk system and then we're going to get wiped out. Anyway, let's focus. Coherent matter wave beams are streams of particles like atoms or molecules that exhibit wavelike behavior and maintain a fixedphase relationship similar to coherent light in lasers. They arise from the quantum mechanical principle of wave particle duality where particles can be described as waves with a debuge wavelength determined by their momentum which is uh damn it I forget uh plank's constant divided by momentum. Okay, so basically they're saying we can turn matter into a wave. That's pretty damn weird right off the bat. Because turning matter into a wave is like saying that we can rebuild the wave function in the double slit experiment. That in the double slit experiment where normally the wave function collapses down to two slits. It's my visual. We can do the opposite. We can take the two slits and we can go back to the wave function with matter with solid matter. H. It also mentions several times that you can use this to produce uh interference and intererometry as well which interpherometry is used in everything out there. It says you can this is achieved using techniques like Bose Einstein condensates. I don't even know why it bolded this. I did not bold that. It bolded that. Now, if it's achieving coherence in the MH370 videos, for example, the balls of plasma, for example, then they are not at absolute zero. They're not at absolute zero. Those are high temperature. Okay. Okay, so they give an example saying that a coherent matter wave beam from a Bose Einstein condensate of rubidium atoms might have a wavelength of one is that nanometer I don't know whatever that is um and a coherence length of millimeters enabling interference patterns observable in atom interferometers. So they're saying that we can build an interference pattern using a matter wave beam. And every time I think of interference patterns, I think of crossing the streams. I think of phase conjugation. We can make an interference pattern and we can produce phase conjugation with a Bose Einstein condensate. And what is a Bose Einstein condensate? Oh, that was micron. Micro. Yeah, micron. Um, a Bose Einstein condensate is when I say that the orbs are hydrogen atoms that have been scaled up. That is me saying that they are a Bose Einstein condensate. And that the Bose Einstein condensate is coherence, which is this. It's not saying that every atom is acting the same, but they're acting as one fluid object. The plasma orb is acting like an hydrogen atom and therefore it's a Bose Einstein condensate because it's acting like one giant fluid atom uniform. Yeah. And this was really weird because why did they mention rubidium? The rubidium reference was interesting because I remember distinctly the first ever macroscopic teleportation was done with rubidium. Not joking. 2012, go look it up. I'm not even going to fact check myself here. 2012 was the first macroscopic teleportation that used rubidium. So right away I'm like, okay, wait, is there a connection between the matter wave beam patent and the teleportation of rubidium, the first macroscopic teleportation of atoms? I to be honest with you, I either didn't find a connection, I didn't really dig into it that much. Um, but I just do think that's really interesting. So the next thing I did is I asked about the patent. Okay. And it talks about the patent here and what the patent can do. And of course, it says a lot of the same things about the Bose Einstein condensate and about basically how they're able to take the atoms and turn them into this wave function, which I can't even really visualize how that's possible and what that means. But my right now my thought process is like it's almost like each atom is the same atom, but it's different in time. I don't know. I got to learn more about exactly how like if you look at the patent, I know what the patent says. The patent says they basically create these little cavities and these cavities create this vibration and that just causes things to get into phase where now it becomes a wave. Okay. Is that is that it? Is that the secret? I just got to make some cavities and then just like shoot the add a gas through it and now it just it's going to be perfectly in phase. I don't know. But that's what the patent says is that it's these cavities and you saw the image of it when Charles Chase was speaking up. Now what can it do? I wanted to know the applications. Atomic scale manufacturing. Wow. So here's the thing, guys. I did not know what the applications of this pat were. Like I knew they were probably related to plasma. Probably maybe related to gravity technology. Who knows what you can do with this energy source. Like what we've learned is that anything that's an energy source can be turned into a weapon. And anything that's producing excess energy is probably related to space and time manipulation, gravity manipulation. They come together. Right here it says we can use atomic scale manufacturing This is like making microchips. This is Star Trek replicator. That's what that's saying there, guys. Atomic scale is the lowest scale that it gets. They're talking about taking atoms and putting them together. That's a Star Trek replicator. That's what that is. Is that imagine I have like a little beam that shoots down just give me the mercury. Okay, now shoot some oxygen. Now shoot some carbon down here. And you just shoot that down. and all that, all those ingredients. That's like a Coke machine. That's a fountain. That's a soda fountain. This is the basis right there for a Star Trek replicator. That's the very first item on the list. And I wasn't even expecting that. 3D print anything. Thank you. Finally. There we go. Everybody in the chat is is getting it. 3D print anything. So, okay. Transport matter over a distance. just says transport matter coherently over distances which could revolutionize material delivery or quantum communications like zero details given right there like that this is what I'm talking about what does that mean you're saying it could revolutionize it how how does it work I'm just going to read between the lines here and say they're talking about faster than light communication and they're talking about teleportation here when When they're talking about transport matter coherently, they're talking about quantum entanglement, quantum entanglement of matter that I can make. They're talking about, you know, the thing that we always talk about. Generally, they're not talking about something this size, but as we've learned, we're scale and variant. We don't care about We don't care about the size. It's not the size that matters, chat. It's how you use it that matters. Except for in my case, it's all about the size. That's all that matters. Get trolled, nerds. Uh, Levi, thank you very much for the donation. I believe you have to get uh everything the same temperature. Yeah, the cavity is to make everything vibrate the same speed and frequency and the temperature, I believe, are essential. Thank you for bringing that up. I probably would have forgotten. I think it's in one of these Grock things, but part of what they have to do with the to get a Bose Einstein condensate is everything has to be the same temperature just like Levi said. So that's why they cool it all down because they need everything to be exactly the same temperature and then when that happens everything moves in unison. It moves coherently. Salvatore Py was the one that he was telling us how to achieve high temperature superconductivity superconductivity and this uniform super fluidity the the Bose Einstein condensate they come hand in hand so I think the answer is they are using frequency and vibration standing wave within the plasma to ensure that basically all the plasma is acting like sheets of plasma, two-dimensional sheets of plasma. Just like when we were watching the Laith White River and the magnetic river and the magnetic and when he put the iron filings in, it created these sheets. They looked stacked up side by side. It looked really weird. I think that's how the plasma is going to operate as well. So, I think they've got it vibrating. Yes. And they've got it all vibrating as once, which which is what allows it to have this coherent macroscopic quality. Even just the plasma orbs themselves. And they don't break down. They don't decoher which will cause them to just, you know, break apart. Oh, and by the way, if you guys can find more information about coherent matter wave beams, throw it on Twitter, throw it on social media, throw it in the Discord, whatever. Um, definitely interested in finding out more about this stuff. Matter-wave optics and cloaking. Again, very vague. Intriguing application mentioned on X is the potential for Matterwave optics and cloaking. Doesn't say how. Now, anytime I see optics and cloaking, I immediately think teleportation again because I am pretty convinced now that actual teleportation, getting the object to use a singularity, a wormhole to go from one place to the other. I'm pretty convinced that it's just it's the same as like cloaking something perfectly. I'm pretty sure it uses the exact same optical setups and that really teleportation is an optical illusion, but it's also real at the same time. It's going to be kind of hard to reconcile that. Maybe I'll end up being wrong, but that's where my mind's at right now. So, that's what I think about on that one. And then quantum technologies could enhance quantum computing. Also doesn't say exactly how precise measurements. Okay, doesn't say how. And then of course it says that it's significantly more powerful than [Music] lasers. Okay. And right here, here's the application. So atomic scale manufacturing could surpass lithographic techniques in precision and efficiency. So if you don't know what those words mean, litho litho lithography, lithography is making microchips. That's when you're like the architect for the microchips. So, what they're saying right here is this is going to be able to 3D print stuff even better than our microchips can now. So, here's another thing that nobody out there will have ever told you, but you're going to hear it from me. Uh maybe some people will have said the microchip war is over lithography. What I just said, when it comes down to making the best microchip, who's going to have the best microchip? uh probably whoever has a replicator. If you have a Star Trek replicator and you have perfect 3D printing to the atomic level, your microchips are going to be only limited by the design. That's it. You got perfect control over whatever properties you want. So, what I'm telling you right now is the United States military has a lithography, a uh microchip printing that is going to be better than everybody else's by far. And so, whichever companies are being protected by the United States government that are their contracts are like heavily US military and they're very secretive for some reason, those are the ones you probably want to look at. Those are the ones where my guess is that if you go to their actual facility, they have an armed guard and you're like, "Huh, that's weird. I thought you do microchips. Why is there a dude with a with a you know a carbine an M4 A1 carbine out front?" You're like, "Oh, yeah. Well, we do some government stuff, right? That's what you're looking for now. I asked it for the applications. And here was something that I thought was interesting. It talked about measuring gravitational fields. And it also said coherent matter wave beams split and recombine, creating interference patterns sensitive to external forces. Okay. Um, where was the other part? They can fabricate quantum dots. Uh, these are not Okay, these are not the things I wanted. Let me see here. Crap. one of them on there. I was looking for it. It'll come up here in a second. Actually, let me just go to the next part. So, the next thing I asked it was how does it use how does it cause these matter to become in phase, right? And because it didn't really make a lot of sense for me how they were able to pull it off, but basically it says they're they're just cheating quantum mechanics. And this is what a Bose Einstein condensate is. So when they do this thing where they cheat quantum mechanics where they're able to figure out the wave function of the particle, this is what we call Bose Einstein condensate. So what we're learning today is when people are referring to Bose Einstein condensate, what they're referring to is that a situation where we've analogously rebuilt the wave function in the double slit experiment. We've now caused single particles to go back to acting like waves. when they are grouped together. And you should wonder why do they act that way? What's the mechanism that causes that? Just changing the temperature causes them to act that way. Seems like there must be something more to it than that. Um, oh, this was the part here. So, I just had to go a little bit further. How do they do it? The process begins by cooling a gas of atoms to near absolute zero using laser cooling and evaporation cooling. Hold up. Pause again, chat. Laser cooling. So, I couldn't help but think when I hear laser cooling, I go, "Wait a minute." Um, I remember thinking, "God, I hate you stream." I remember thinking, "What about these dark lines in front of these orbs?" I keep saying these look like lasers that are being shot out, like cold lasers that are creating these cold dark lines in front of the orbs, right? like and I kept wondering what would a dark energy laser look like? Like a negative energy laser. What in the hell is laser cooling h and then there's this other option of you can use a magnetic or optical trap. So already looking at these options, I'm going a lot of these options are now starting to borderline on space-time metric engineering concepts of negative energy here. So we're seeing a lot of crossover with Bose Einstein condensate, matter wave beams, and really all the stuff that we're looking for. And then here it says atoms are extracted. This this part here chat this is the part. Get ready. This is the part where Ashton went um what extraction of coherent matter wave atom laser. So here they're saying that they've turned this thing into an atomic laser. It's a it's a laser of matter that's shooting atoms. That's what this is. Okay. Ready? Mechanism to form a beam. Atoms are extracted from the Bose Einstein condensate using techniques like radio frequency outoupling or optical Rayman transitions. These methods coherently transfer atoms from the trapped Bose Einstein condensate state state to an untrapped state releasing them as a propagating matter wave beam. Let me read that in a different way. To form a negative energy laser, atoms are extracted from your coherent plasma ball using radio frequencies and coherence. These methods form a negative energy laser of atoms from the plasma ball and create a gravitational well that the plasma ball will fall forward. That's obviously my narrative in case anyone wants to fact check me. And the reason why I've been wondering that is I keep going now I'm looking at this patent and I'm going, "Holy [ __ ] this patent might be the secret to all of it. This patent might be how they make the plasma balls. This patent might be how they actually produce the gravity well in front of them from the plasma itself. I never thought they might. They're just using the atoms in the plasma to make a a matter wave beam. Chat. Well, well, well, Drifless Dave, they're using the [ __ ] atoms in the plasma to make a matter wave beam. It's not a laser beam. It's a matter wave beam using the actual plasma. Boom. Yatsi. There you go. For your Wednesday night, they're just moving. They've got a device inside the plasma and it can just move. It can create waves where they can like it probably is like I imagine it looks like [ __ ] Do I know what the device looks like inside? We're going to be able to figure out what did literally what's inside the plasma orbs. I imagine that what it would look like. This is just I'm gonna Hold on. I'm gonna remote view it. Chat. Oh, I'm using my psychic powers. [ __ ] chat. Oh, I'm remote viewing the What's inside the plasma orbs? Oh, I got it. I got it. I remote viewed it. It turns out it's a donut. It's a [ __ ] donut. It was a donut every single time. It's a goddamn donut, chat. Turns out that the secret of the universe is donuts. I I kid. But in seriousness, actually, I think it really is a donut. I think there's a ring that is on a gyroscope and it can just move in any direction like this. And so if they need to make a beam, they just have it focus. The beam focuses through the center of the ring and it can move gyroscopically 360 degrees. Boom. Gotcha. Kobe for three, baby. Swish. Honestly, you can't even go wrong uh with donuts as the answer to anything in life anyway. So, we're just going full full Homer, full donut. But no, that's what I think is going on inside those orbs. And I think now it's not a laser. I think they're using a pla the matter wave beam. It makes more sense. Just use the literal plasma as your like direction and to to move around. And when you look at the orbs, let's look at the video again um in in its entirety or at least the part where the orbs come around because it feels like it actually looks as though like the the the beam comes from the plasma like literally comes from the plasma. So imagine there's like a donut inside the plasma ball that can spin on 360° axis like a gyroscope does. And yeah, like it look like the black lines look like they're like coming out of the plasma orb. Although we don't see any dispersion from the orb. So that's what makes me skeptical. Like it doesn't look like there's a volcano coming out of the orb. The orbs are perfectly spherical. So whatever they're doing, it's not impacting the shape of the orb. So the strongest argument to Steelman against argument is like when we look at it here, I don't see like if this is shooting an a beam of atoms from the plasma, I don't see where it's coming out of. So this is where part of me thinks that they've got some kind of splitter thing inside the plasma ball so that the heat signature is not this heat signature is not linked to the direction of the the matter wave beam. The matter wave beam can go any direction they want and the heat signature that we see is not connected to that at all. So the heat signature is actually connected to the magnetic field around the plane, not connected to the the direction that the orb needs to go in threedimensional space. So that's the reason why the dark lines, they don't line up with the heat signature that you see in those in those videos. Crazy. I actually just realized that right now. I still think it can be a matter wave beam though. I don't think it's a requirement that we see some kind of volcano coming out of the videos or whatever. So, let's let's finish this up. Let's go back to this. Um, what else can this do? Oh, so as I forget who was saying that in the chat, velocity and momentum control. So, remember somebody just said that they have to the atoms need to be the same temperature. They need to have the same velocity. If the atoms don't have the same velocity, your Bose Einstein condensate is going to fall apart. It's going to lose coherence. The way the coherence is achieved is everything needs to be vibrated perfectly together, right? Get everything nice moving together. Like imagine people jumping and now all of a sudden everybody's jumping perfectly in unison. That's what we need to achieve. And for that to happen, everybody needs to jump exactly the same. So here it says narrowing the velocity distribution using laserbased techniques or magnetic lenses. Okay, so I'm going to tell you guys some secret sauce right now. Right here. Listen closely. They can literally just put a lens on a laser or apparently a matter wave beam and you can just like in this case they can use it as like a filter to make sure that the atoms that have the correct amount of velocity, the correct amount of energy are the only ones that can get past the filter. So you can create a lens and now you're producing coherent matter on the other side of the lens. And the lens can be like literally a magnet or a superconductor. In fact, it was Ning Lee that was producing a superconductive magnetic lens for gravity control. Chat, I just feel like I should say that I would never harm myself for any circumstances whatsoever. You can create use a lens and put it on your matter wave beam. And now you have a gravitational beam just with the right we'll call it a metamaterial lens. Let's just call it something like that. But you can use superconductor or what have you. As to why that's for uh a different stream. You can you can figure that out yourself. But secret is a superconductor does what? Oh, repels magnetic fields. Oh, interesting. Very interesting. And then here it talks about coherence and how coherence is very fragile. So this technology whatever they're using the orbs it's very advanced but it's not so advanced that we can't comprehend it. We're even publicly we're on the verge of understanding how these orbs are possible. So privately for them to have understood it decades ago is not a stretch anymore. So coherent matter wave beam can generate matter wave optics to direct focus or split beams while preserving phase coherence. That's exactly what I wanted to hear. Well, well, well. So, they can actually create the ball of plasma and siphon off a coherent matter wave beam from the ball of plasma and make sure the ball plasma stays coherent and the ball of plasma doesn't just break apart or become unstable. Wow. Yeah. Okay. So, now I'm 100% convinced matter wave beam is where it's at. If you haven't got matter wave beam into your lexicon, get it in there. Matter wave beam is the new directed energy weapon. This is some [ __ ] nobody knows about. Nobody's talking about this [ __ ] And we got random Loheed Martin skunk works dudes or whatever talking about how they're a million times more powerful than regular lasers. And when you look into what they do, it's like, oh, okay. It can just basically do all the magic that you could ever imagine. Nano fabrication, matter transport, interpherometry. Anytime you guys hear interpherometry, just remember crossing the streams. And that's what Tom Bearden said. So you can potentially just with a lens, a lens on your, you know, flashlight laser matter wave beam, you can turn it into a gravity gravity beam. Yeah. Honestly, why am I even holding back? You can create a [ __ ] gravity beam by just putting a superconductive lens on top of one of these matter wave beams. Now you've got a negative energy laser. And so what we've seen from what we've learned from Eric W. Davis, shout out to the OG Eric W. Davis, big dog, number one world's expert at warp drives and wormholes. What we learned from him is that we can take squeeze states of light, separate off the positive and negative energy aspects, isolate the negative energy aspect, and now we have a negative energy laser using squeezed states of light. Oo, does that mean we can make negative matter lasers? Ooh, how about negative matter wave beam laser? No, wait. Negative. Wait, negative coherent matter wave beam. Now, that's the high IQ talk. Negative coherent matter wave beam. That's the ticket. That's the spice we're looking for, chat. I want the whole buffet. I didn't just come for a salad. I need some [ __ ] that's going to bend spaceime. That's going to make my ball of plasma floaty float float float. And then I going to take my coh my negative coherent matter wave beams. Bring them into a triangle formation and boom. Rip through reality. Screw reality. I'm out. Time to go visit Andromeda B or Andromeda Galaxy. visit ambassador Bju and say what's good brother. Okay. Negative coherent matter beams. Guys, if somebody can come up with a better naming convention for that, help me out. NCMWB does not have doesn't work. Okay. So once again, 1 million times more powerful um potentially might be related to teleportation and can use nanocale fabrication more powerful better than even the best um microchip processing today. Uh I asked it for visuals and it failed me. So, moral of the story is AI is not good at turning science into images, which really sucks because it would be nice if I could use some of this stuff as visual images when I make some videos about this content. But instead, I get this slop there. What you see is what you get. Okay, guys. So, tonight, what did we learn? Well, we learned that Fusion might be a big racket. Well, we knew that already. I guess we learned that evil people are bad. No, we knew that, too. Basically, put your money where the evil people put their money because the evil people have rigged everything and they've already rigged Fusion and probably the next evolution of the Stellarator, which is just some obsolete fusion [ __ ] that they already cracked like decades ago. Yeah. Yeah, that's what we learned. And we also learned that coherent matter wave beams are apparently some secret [ __ ] that's like a million times more powerful than lasers and probably can produce space-time curvature way more than a laser can. And it turns out that you can actually use your coherent matter wave beam to like siphon off atoms from a Bose Einstein condensate, which we also learned a Bose Einstein condensate is basically like taking an atom and scaling it up at the macroscopic level to get this big group of atoms to act like one giant atom. That's what a Bose Einstein condensate is. Well, we learned some new stuff today, chat. Anyway, guys, thank you so much for uh following and watching tonight. Let's do some some donos before we uh shut down. Uh okay, we did Levi. Oh, and Levi said, "Side note, um look up the loop lasso. Perfect visual example of using frequency and spin and rotation to create standing waves from gravity manipulation." Okay, I'll look that up in a sec. We'll look this up in a sec. Oh. Oh, okay. Okay. Never. Oh, chat. I don't know if I can do Facebook chat. You know what? I'll probably post the loop. Oh, here we go. This one we might be able to do. Okay, here we go. Loop lasso just for you cuz I'm a softy. Look at that. Those are so cool. Let me see one of these. Oh my goodness. Yo, what is that? We'll say the lenticular packaging is kind of fab. All right, here we go. [Music] Is it supposed to do that? Yo, now this doesn't even look real. Wait, how is it going in the dark? This is the closest we've ever gotten to a lightsaber as a society. You can't tell me this doesn't Wait, what? Chad, is this real? This What am I looking at? I don't even know. Look like a legit lightsaber. Holy What? Like put my head through it. This is this a Rick roll? I can't tell what's real and what's not anymore, guys. Like once you start to dig into teleportation now, you're like, I I don't know. It might be Rick Roll. Is this like some scam or is this real? And if it's real, what how is this happening? Oh my god. Oh my god. Where the freak was this when I was a kid, bro? And it creates this firelike effect when you put your finger in front of a second trick is So yeah, you can see the coherence on the wave pattern when the when the waves kind of act together coherently. So you're seeing this coherent motion with this uh lasso called figure eight. You just grab the bottom string, spin it around in a circle. And the third trick just allows you to change the direction. You put your hand in front of the string and you can just change the direction around. That's enough. That's enough of that. Enough. Okay, you guys got the point. Thank you very much for that donation. Brady, how does plank scale compare to atomic scale? Plank scale is way way smaller than atomic scale. I don't know how many orders of magnitude is it? 10, 20? Quite a lot. Quite a lot. Thank you for that donation, Jacob. What's after disclosure? Do we expect this tech to be used safely for good by who? This is dangerous. We need to be multilanetary. I agree with everything. And the answer is I don't know. One step at a time. Step one is let's get them to at least admit that the ether is real. 0 point energy is real. We can produce negative energy. We'll start with that free energy using it for good. Obviously, that's the goal. I think the other goal is not destroying ourselves before we become interplanetary. So maybe they're perfecting the technology before they reveal it so that we can escape off this planet. Yeah, right. Wishful thinking. They're never that good. But I hope they are so that I can use it and I can peace out. Cuz let's be honest, chat, I have more uh in common with the breakaway civilization than I do most of you. No, I'm just kidding. Just kidding, chat. But probably more than the normies do. Not you guys, but I have I have more in common. We have more in common with the breakaway civilization than we do have in common with the normies at this point. A1410, thank you very much for that donation. Boozer, we learned a lot. Thank you very much for that. Levi, what if they're using the coherent matter beam to push zero point fluctuations away from the plasma balls? Yes. just yes, it's either that or I was looking into that laser cooling and yes, like either they're cooling that region or they're shrinking it. They're doing something clearly thermodynamically which is leaving this black heat signature that looks cold in the thermal. So, we're going to figure it out for sure. And now Levi, you guys, just the fact that you're already thinking like I was thinking is like, okay, maybe they're Yeah, they're pushing they're doing something. They've they figured it out. So they and the simple thing is no matter what the answer to this question is right here, how are they using this coherent matter wave beam? I know the answer. I don't know exactly how, but I know the answer. The answer is they're using a lens. They've got a lens that will either produce negative like the simplest answer is they have a lens that produces negative energy and now their matter wave beam produces negative energy produces a gravity wave however you want to think of it orb just falls through it. How are they doing all that like exactly how we will find out we will. And then Dave R. If I am teleported instantly across the galaxy and then teleported back instantly, do I come back at a future time? Yes. Yes, you do. Well, maybe not. I don't know. I had some long discussions about the time travel stuff with uh Clayton Morris and AI, and I'm not convinced that I'm right that you always come back to the future, that there might be a way you could travel to the past. But for now, I'm thinking yes. And my perspective is any portal between two distant locations. It doesn't matter how far away they are. Can be this far, can be this far, can be this far. The true distance between any two points zero. The true distance between any two points is zero. Which means that all portals, all wormholes that go from one location to the other, the travel distance when they're down here is always zero. Always zero. There is no throat. You're never inside of the portal while you're looking at the edges of the wormhole. That doesn't really exist. That's what I've that's what I believe the answer is to. So if you are teleport to Andromeda and come back, yes, you're going to come back to the future, but you are always going to come back to the future. Are you 10 seconds in the future or are you 10 years in the future? That's really what your question is. And I would say the answer is 10 seconds in the future. Well, no. The answer is it's going to depend on how long you stayed on the other side. Just like in the movie Interstellar. Just like in the movie Interstellar. The answer to your question, David R. I've thought about it again, is don't go don't teleport near a black hole. If you teleport near a black hole and you stay there for a few minutes and then you teleport back to Earth, we're probably all going to be gone. There you go. Now I'm satisfied with my answer to you, David R. And then Kos with those Aussie dollars just saying thank you for my ZPE education. Well, thank you sir. Thank you very much for that donation. And let me double check on uh PIL. Thank you Filter Dog for that dono. Thank you Matt for those donos. Omazon and Steve and Gorilla. All you guys who are donating, everybody in the PL chat who's popping off today, you guys are the best. Uh Matt also asked, "Have you ever watched a Mad Man Markhamm interview on Art Bell? He claimed to use super high voltage to create plasma mirage and teleport a penny and then also himself." It could be. I looked into Mad Markham as well. And um the super high voltage is a real thing. It's called the Girtinstein effect. Gertenstein, I don't know, man. You'll find it. Gersonen effect basically says if you use super high voltage, you can cause your electromagnetic fields to go from bendy to straight to have a monopole interaction. Um, which I think is pretty interesting. So, it wouldn't surprise me if Matt had figured it out. Anyway, guys, I hope you have a great night. Thank you MH370X for listening and and hanging in there. Thank you to Jimmy Door Jimmy Door. Thank you to uh Kurt Mezer and everybody. Uh special shout out to Eric Hecker and Clayton Morris. I mean, holy [ __ ] chat. It has just been popping off like crazy. The last thing I want to say to to close out the stream is I would say that yeah, I brought the jokes today, but the true reality is the faster this goes, the scared more scared I get. Not for myself. I don't care about any of that. I just get more scared for society because I've been preaching the dangers of the the technology and the implications of what will happen if you know we release this and it's scary. It's going to change everything. The world we know now is going away. There will be a new world built around zero point energy, possibly refocused entirely around it, socially, governmentally, institutionally. And I don't know, that's a scary thought. So, thank you everybody for being open-minded, listening to the conversation, and you know, seeing where this thing will go. Yeah, spiritually as well. I should have pointed out spiritually. It's definitely going to make us think more about our place in the universe and what it means to exist, why time even exists, why we even exist at all. So, it should be fun, guys. Friday, probably more science, but maybe a little bit of drama. On Friday, I want to talk about the photovalic effect, which is what how Einstein won the Nobel Prize. And I want to teach you guys why it's so important that we can change the ground state of an atom. Not necessarily just down, but up. Why is it that there are these jumps in the energy levels at all? And how did we learn that that was real? That way we'll understand how it's possible that we can have a negative energy jump downward. So, Friday, more hard science, more quantum mechanics. Bring your thinking cap chat. I love y'all. Peace out. Have a great night. MH370X. Later, [Music] everybody. Out in the fields where the skies are wide. Talking about a journey through the cosmic ride. Einstein and Thorn, they set the stage for a trip through time across the space age. Wormholes connect distant points in space. Traversible paths to a far off place. No black holes pull. No crushing weight. Just a cosmic tunnel to a distant gate. Talking wormholes, stargates, negative energy travel through the cosmos. It's our destiny. MH370. Where did it go? Boner trip 7 through a wormhole. But we're talking wormhole. Stargates negative energy. Travel through the cosmos. It's our destiny. MH370. Where did it go? Boing trip 7 through a wormhole. [Music] [Applause] [Music] Exotic matter, negative energy is the key to stabilize the wormhole for you and me. Quantum vacuums squeeze so tight, creating conditions for this wondrous flight. Static fields and lasers in the lab they play, generating forces in a new kind of way. Gravitational squeezing cases force negative zones. We need to stay the course. Stalking wormholes, stargates, negative energy. Travel through the cosmos. It's our destiny. MH370. Where did it go? Bowling trip 7 through a wormhole float. Thin shell formalism plate so fine. Spherical geometry. We realign energy conditions that we must defy for a stable wormhole. Let's give it a [Music] try. Cool. Forces balancing the plate, creating the throat, open the gates from Earth to the stars in a single bound. A shortcut through space. Profound. Engineers and dreamers hold the key to future worlds and what we could be. With science in hand, we forge ahead through the cosmic paths that we now [Music] tread. We're talking wormholes, stargates, negative energy. Travel through the cosmos, sitting star destiny. MH370, where did it go? Oh, triple 7 through a wormhole flow. From the fields to the stars, we break the chains. Understanding the universe, we make the gains. Lil Hula Crunk shines, bringing truth to light. Through his music, we'll explore the night with wormholes and stargates. Our path is clear.