Video Transcript
We're going to start right at the end with the physics, with the answer. Cuz this book right here has the answers in it. And if I ever do go on Joe Rogan, hopefully with Eric Weinstein right next to me, I'm going to give him a copy of this book and I'm going to say, "You know what? Study up. Next time we come back together, I want you to have read this whole book so you can understand what we're talking about." Because last night I was reading another chapter, another of the appendix. >> [clears throat] >> Specifically reading about inertia reduction and the possibility and possibility impulsion by conditioning electromagnetic fields. Huh, neat. So on the conclusion of this, this is by David Froning and Barrett. I'm just going to read this to you. So have a little story time. Make sure you have your drink or you've injected your marriage of hooches or whatever uh say, you know, drugs you do. Summaries and conclusions. Ordinary electromagnetic radiation does not interact intimately with gravity and space-time metric or the zero-point fluctuations because the fields that underlie them are different in essence and form. Thus, exorbitant expenditure of electromagnetic field energy appears to be required for an interaction between these fields that causes significant propulsive effects. First of all, that's David Froning right there saying that zero-point energy is the answer. And he's saying that from our classic view it would take a huge amount of energy to manipulate gravity. We all agree that's the big that's the big downside. Ordinary electromagnetic radiation can be conditioned with the same field essence and form as that which may underlie gravity, space-time metric, or the zero-point fluctuations. They're saying you can modify the electromagnetism to manipulate to interact with zero-point energy. And such specially conditioned radiation may be able to couple propulsively with gravity, space-time metric, or ZPF using those interchangeably through something that may be common to each. The A vector potential. Chad, there it is. What is the A vector potential? The A vector potential is the vector potential. When we talk about the Aharonov-Bohm effect, we take a cylinder, a solenoid, like this cup. Oh, I still have something in here. A solenoid, and we trap all the electromagnetic flux inside, and we find that when we shoot electrons past this, they deviate, but they shouldn't because all the flux is trapped inside. There's nothing that should be interfering. And we call that the potential, and we realize that the potentials are what's really causing the real effects. But the potentials aren't something we really see. What we see is the fields that the potentials create. He's saying that we can interact, we can use electromagnetism to interact with gravity through the potentials. Special specially conditioned EM radiation electromagnetic radiation can be in the form of elongated beams of significant length or it can be in the form of spherical patterns that emanate in all directions over shorter distances. Significant levels of electric power will probably be required to create specially conditioned electromagnetic radiation of sufficient intensity for significantly influencing the space-time metric or zero-point state of space. But such significant power would be invested primarily in the creation of a A vector potential disturbance not in the generation of electric and magnetic fields. The efficacy of specially conditioned EM radiation and accompanying field propulsion depends on the underlying essence and behavior of gravity space-time metric and the zero-point fluctuations none of which are completely understood yet. But in the meantime the propulsive potential of such radiation can be inexpensively proved or disproved experimentally using a radar, laser, and electrical systems modified for the generation of conditioned EM beams. Oh my god, chat. And then you look at it and he's got a nice graph or image here as well. Look at that bad boy. And you may say that's it. That's where it just ends there. This is like you're getting the you're watching the end of a three-part trilogy and you're wondering where's the end where's the end where's the rest. I need more. You can't just stop right there. And then here's the crazy part, the references. The [ __ ] references, Chad. I'm just going to read the ones that I know. These are only the references of people that I know and have studied myself. Or yeah, most of them. Bernard Haisch, Lockheed Martin. Inertia as a zero-point field Lorentz force. Puthoff, as in Hal Puthoff. Gravity as a zero-point fluctuation force. Are you kidding me right now? We we we found it. We found them. This is the This is the lineage. I'm going to keep going. Miguel Alcubierre. Warp drive, hyperfast travel within general relativity. That's the very next reference. David Froning, drag reduction and the possibility of impulsion by perturbing fluid and vacuum fields. Next one, Mark Millis, the challenge to create space drive. A.C. Holt, prospects for breakthrough in field dependent propulsion. C.N. Yang, gauge theory. T. Barrett, who we just referenced, electromagnetic phenomena not explained in a Maxwell's equations. Let me read this one one more time. T. Barrett. The guy that's making the SU2 condition beams, fields. He He This referencing his paper, phenomena not explained by Maxwell's equations. Hm, an error in the equations, perhaps. Robert Bussard, the QED engine system, direct electric fusion powered rocket propulsion systems. Hold up. So, what am I getting at? You can also take this A vector potential and you can apply this to Ferris Williams 5D electromagnetism theory let's say it couples nicely. So, what do I want to say? This is what I want to say. I've thought about it a lot. Ooh. Who is my mentor? Who is my spirit guide? And I shouldn't have had to think about it very long at all. And it should have been obvious and disrespectful that I didn't already know. My mentor is Dr. Salvatore Cezar Pais. And that's the reason why he's been supporting me because he knows he knows these are his people, these are his spirit guides that we have found. Sal is the one that's been trying to bring this out for all the people out there. That that's the most obvious thing that I've been able to see from from learning all this. He's the one who's been constantly saying there are no conditional impossibilities. The secret, that was the secret right there. The reason why Salvatore Pais's patents don't talk about zero-point energy, manipulating, or creating SU2 beams that's the secret, that's what's classified. The classified aspect is the 5D torque is the A vector potential. And you say, "How do you do that, Ashton?" Don't worry. I got you. This is the thing that I've been digging into. This is the secret sauce. This is the thing that the CIA doesn't want to know people to know about. The felony physics. What is it that turns on the gravity effect? Or off, or whatever you want to call it. What did we figure out? We figured out how to violently twist the A vector potential in the right way. By rapidly changing the polarization. Basically, a spinning field. This is why that whole ultra magnet situation is so important. The picket fence configuration in the compact fusion reactor. They're undulating undulating the particles. You create a fusion reactor in the middle and you shoot them out and you undulate the particles, create a relativistic effect. Like I've been saying before with the free electron laser, they are combining all the best of Nikola Tesla with all the best of Einstein. And these people have unified electromagnetism and gravity. >> [clears throat] >> The Pais effect. We're going to give one man, allow him to put his name on this, cuz he's right. The Pais effect. Accelerated spin or vibration creates conditioned electromagnetic fields. Why? That's the same thing as what these guys are doing if you really boil it down to its base form. Oh, I just have to spin this thing a bunch? I just have to rapidly oscillate the polarization? Get everything to line up and undulate correctly? So, um and the other thing is that they must be dynamic. The fields have to be dynamic. Those orbs in the way that the heat signature suspends around them in the MH370 videos is a huge clue. So, when we evaluate these other UFO videos in a few minutes here, which I want to get into, these are certain things that we are looking for. We are looking for these behaviors. Let's call them the observables. We've got our own observables, chat. The UFO people, alien people, we are going to destroy and rain on their party. We're going to wedding crash all over their [ __ ] We're going to pee in the punch bowl. No, we're going to spike the punch bowl. We're going to spike the punch bowl, chat. These people that want to blame this on aliens, they're in shambles right now. They're in shambles cuz there are no aliens in any of these videos. None of these documents are talking about aliens, either. Everybody else is looking at the UFO files and they they are upset. They are dissatisfied. They are left wanting more. We are looking at the UFO files and the reason why I started with the science, well, why that was important, is what did I just tell you? I just told you we can control electromagnetic fields at their base level. That's what these guys have at least been trying to do, even if you don't believe they were able to pull it off, which they were. So, now I say, what is plasma? Chat, what is plasma? This is going to be question number one for Eric Weinstein or Sabine Hossenfelder. Right? This is the most important thing. Fourth state of matter, great. What the hell does that mean? Oh, well, we're going to separate a we're going to separate our electron from our atom. We're going to shoot a beam of energy at our atom and we're going to make this electron separate, break free, do some other stuff and now we're going to create this soup of ions that we've charged up over here and electrons, positive and negative. So, we've created this little soup and now I just told you that these guys were all just trying to figure out how to control those little soup effects at their base level. So, they are turning or they did turn this control over this concept into what we see as those orbs. Now, so when we see plasma orbs that are plasma that is or let's just call it an amorphous blob. We see an amorphous blob floating around. We can understand that that can be plasma. Why? Because that plasma has its own electromagnetic fields and if we can figure that geometry just right of those fields it'll be stable. And even if you don't think we can make something perfectly stable with no net input we can at the very least create a system like a sailboat. We just have to pump a little bit of in there, a little bit of input in maybe we have to control the the the stern a little bit, right? But for the most part the system's working and doing its own thing. That's what their whole objective was in chapter number four. I think it's four or five. Five maybe. Air breathing air breathing and nuclear fusion propulsion. They were trying to make a system that was relying on the environment itself. So when we see these amorphous blobs, we can say, "Oh, that's plasma." That's not aliens. That's not ghosts. That's not demons. And this is the craziest part. I was thinking there can't be anything inside because the temperatures are going to be too high. Are you guys ready for this? I've already brought this up before, but I need to riff on fusion for a minute before we go look at these orb videos. The fusion thing is the thing that blows my mind the most. >> [clears throat] >> Why were they all talking about proton boron 11 fusion? Proton boron 11 fusion is the hardest fusion there is. It requires 200 million degrees Celsius. It's way hotter than the sun. Hotter than the core of the sun. That's the temperatures we need for proton boron 11 fusion. This is why any normie fusion scientist isn't even thinking about that. Not even thinking about it. Not even on the radar. But for some reason, George Miley and David Froning were going right for the very hardest one. Highest possible temperatures. Even though nobody had even done the lowest possible temperatures. Why? They had the cheat codes. They had the cheat codes and I just gave them to you. This is what even physicists that are pretty smart won't realize until you explain it to them, but if you can manipulate gravity and then scale that down, you can manipulate the atom. You can manipulate the Coulomb barrier in the atom. This is why we can have clusters of electrons and clusters of ions that otherwise we would say that's physically impossible. They should be repelling each other. But if we reduce the Coulomb barrier, suddenly they're going to come together. A space-time manipulation effect would allow exactly that. And what this does is now the amount of energy you need to make that proton boron 11 fusion, that 200 million degrees, it starts crashing. So now cool fusion trademark chat. I'm going to trademark that [ __ ] Cool fusion. Just because that missile man guy tried to hate on me that one time. That's exactly how petty I am. I'll trademark that [ __ ] and wear it on a t-shirt. They figured out how to do normal fusion, not, you know, cold fusion, whatever, doing this [ __ ] in a bucket or whatever with water. Normal fusion with plasma, but at low temperatures. Cool fusion. And now because it's cold, they can have a machine in there. It doesn't have to just be all plasma. It doesn't have to be white hot as the sun. This is why these balls of plasma can do fusion but not be super hot. Cuz the first thing somebody's going to tell you is if that's a ball of plasma, it should break apart. If that's a ball of plasma, it should be as white-hot as the sun. Bet. Bet. That's what people will say in response. And I'm here to say, "No. That's why I started with the physics for you." So, you could realize there's a whole chapter about reducing the Coulomb barrier you for fusion in here.