Video Transcript
This weekend, I went ahead and I reread the work by Dr. Jay Young Park of Tri Alpha Energy. If you don't know who he is, get him into your lexicon right now. Because he praised me, and if you praise me, I will talk about you nonstop. We got jokes tonight, but in all seriousness, I reread his Polywell Revisited. And what did I learn from Polywell Revisited, guys? Get ready for this. Number one, the biggest issue of producing this pla- high beta plasmoid is getting it turned online. Getting it kicked online. It requires a big jumpstart of a huge amount of energy to kickstart this thing. So, you have these giant capacitor banks that they used for like think the Maruder program. In order to charge these plasmoids that they mush together. That's number one. But do you know what else I found out? I found out something else from his from his thing was that they actually came up with the idea of shooting plasmoids together. I don't know if he came up with it or John Slough of um I think he was from University of Washington came up with it. But they came up with this idea of okay, well, let's shoot the plasmoids together. And we shoot them together and then they'll create their own a high beta plasmoid. That's how we'll get over the gap of needing this huge amount of energy to kickstart this thing. Now, here's the other thing. The other big revelation, which I think is something I've discussed. If you're not sure what I'm talking about here, let me recap. In fact, [snorts] I'll just read my most recent post. Very relevant post. If you guys have not read this. You know it's a relevant post, by the way, when they try to community note you. If they're at least for me. If they're trying to community note a post, you know you're probably reading something they don't want you to see. Field reversed configuration. What is field reverse configuration, the topic of tonight's stream? Why are we talking about it at all? Why does it matter to your life, you may wonder. Well, here you go. I'm going to keep it as simple as possible. I'm Professor 4 Orbs. I have no credentials whatsoever other than I get everything right all the time. And I'm here to tell you in very simplistic terms in a way that you can understand, somebody with no physics understanding, what's going on. We got a ball plasma here. This ball of plasma is pushing all the magnetic fields out. It says, "Get out of here, magnetic fields. You're not allowed to be in here." "She's with me." That's what I was saying the other day. "She's with me. Get out of here." But those magnetic fields, they do not give up. Those magnetic fields want to be in that plasma. They want to be inside of it. They want to be one with it. But this is the secret. So, when you get to what we call a high beta, what we're talking about is that pressure of the plasma pushing out the magnetic fields relative to the strength of the magnetic fields trying to push back in. So, to give it to you in analogy, she's got that fat friend, and that fat friend is playing defense. You're trying to get in there. You got your wingman. But that fat friend is getting in there. No, uh-uh. That ain't going to happen. She's got to get to bed early tonight. She's got work tomorrow. She's got papers and homework she's got to work on. Okay, so now that we understand what's going on, we have the plasma pushing out, magnetic fields pushing in, and when you get to a beta of one, it's the ratio between those two forces. So, when we have the ratio of near one, what we have is something called balance. We have a balance. And when we get to this beta near one ratio, a barrier, or they call it a dielectric barrier, forms around it. So, what this means is those magnetic fields are being pressed compressed into the region around the barrier. So, this produces what we would call a force-free condition inside of that barrier, inside of that bubble, there's no electromagnetic fields cuz it's all been pushed out. But, that's weird. What does that mean? That's what they discovered. What I just told you is the felony physics. And you say, "Ashton, that's kind of a simple thing. I mean, you could explain it to me in like 2 minutes." Yeah. That's why Salvatore Pais says, "This isn't complicated." It's actually really straightforward. We're just divorced from the idea in general, therefore we never really think about it. When you start to think about what plasma can do, when you start to realize that plasma has the self-organize self-organizational property due to the fact that the plasma has its own magnetic fields. So, what are they really doing? They're compressing the plasma down, and when they compress this plasma down, the beta beta ratio goes up until they get to the sweet spot where the beta ratio is nearly one. So, the paper, Polywell Revisited, dropped last year, found the timing pretty interesting, goes back through the shortcomings of Polywell. And then the other thing is they say, "Okay, well, we need to have these these plasmoids intersect and connect and hit each other." And I'm thinking about it, I'm going, "Wait a minute. If that's all producing a force-free condition is, then isn't that exactly what these orbs are doing to MH370? What if these orbs are those toroidal plasmas that they're shooting at each other that are producing one larger plasmoid and producing that dielectric barrier that bubble, that force free condition and that force free condition is literally the area inside the plane. The area that plane is at. That's the secret. Scale invariance. The things that we can produce on the very small scale, we can scale up and do on the very large scale. Boom. Yes, thank you so Thank you for appreciating the magnitude of this discovery in the chat. Because nobody's called me out on the fact that I didn't post my scientific paper yet. But I already had my excuse ready to go, chat. You're going to try to call me out on not doing my homework? Well, that's because here's the story. I was in the middle of doing the paper and my idea for the paper was I was going to write a paper that just talked about how these high beta plasmoids, that barrier condition can act like a Casimir wall, Casimir effects, and pull zero point energy by modulating the barriers just like dynamic Casimir effect. And while I was writing it, I'm sitting there I'm thinking like I'm pretty much just explaining how to extract zero point energy. And I was like, okay, maybe it should just be about extracting zero point energy. And then I'm reading this paper by Jae Young Park, Dr. Jae Young Park, respect on his name. And I'm going, holy crap, wait a minute. I'm going, wait a minute. I knew there was a connection to this plasma stuff in this teleportation, but is it so obvious? Could it be that the field reversal configuration in general used to produce the plasmoid is the same thing we're seeing is the mechanism by which they are doing to this plane? And the real kicker, the real reason why I'm sold on it is because of how the orbs slow down. I was the first person to notice, maybe not the first person. I think it might have been What was that Indian dude's name? Guys, help me out. Punjabi Batman. I don't even think he's Indian, actually. I don't know. I think he was the first person to notice these orbs do some weird movement here, where they see them reshuffle right there for a second where they kind of go fuzzy. Almost like they're realigning right before the last second. And in the other video, when they're spinning around the plane, you can tell that their actual rotation rate changes. This is a huge clue. And by the way, nobody would ever added any of these details if these videos were fake. I just For the people that are somehow still not believing these videos are real, which is fine. I don't care if you believe it or not. >> [snorts] >> No one would have ever added the fact that the rotation rate of the orbs, it noticeably visually changes. Not very much, but a little bit. It changes enough that you can actually see the rotation rate change when you play it in full speed right about when the plane gets near that cloud in the middle of the screen. So, these are indicators that yeah, they slow down a little bit. That's the weird thing, too. They don't speed up. They slow down a little bit in terms of how fast they're speeding around. Yeah, it's some like some sort of down shifting. And when I asked AI about it, AI was like, "No, this actually makes sense that they would do this and slow down for a second. And then when they stop and converge, that's the field reversal." They're popping the field reversal. They're pushing out the magnetic fields. And this is then a lot pushing out zero-point energy. And this is what allows a wormhole to exist because from the perspective of zero-point energy, what happens here now is you are pushing out space-time, and you have caused that region of space-time to collapse to the true vacuum. Where there's no inertia, no gravity. Where now things can be in a displaced locally. Now, the fact here's the rub. The fact that we don't see the clouds get pushed away, where we there's not reporting sightings of people seeing a fireball flying through the sky. This tells us that this is not a simple railgun. This is not a simple we accelerated the plane to the speed of light. If we accelerated the plane to the speed of light, it would have exploded. Shot out everywhere. But it didn't. It just vanished, like it went through a mirror. This indicates it's an extra-dimensional effect. Because if it wasn't extra-dimensional, if it was solely within our 4D space-time, three-dimensional three spatial dimensions, one time dimension, then we would see the the scene be disrupted. So, that's the clue now. If we piece this together, what do we have? We're almost there. For the CIA, for the foreign intelligence people that are watching, you're welcome. And I'm not sorry. You get what you get when you your leaks. It is what it is. Not on me. But, for the people watching, the last connection that we haven't made yet, which we will figure out. I told you we will figure out every single thing about this science. >> [snorts] >> We've now figured out that this is a form of field reversal field reversal that they're doing to the plane itself. But, how do you determine where it goes? How do you determine where that plane's going to show up? You can say you're going to field reverse it, but now the question, too, is when you're producing these plasmoids, are we producing entanglement? Are we producing wormholes when we're making them? When we make a a plasma condition of a beta condition of one, are we making a wormhole? Or are there further conditions involved in it? Presumably, there are.