Video Transcript
But just to go back to this. So this paper then is all about how to mine oops how to get the fusion how to get the fusion fuel and how to what is the fusion fuel how to get it why is it beneficial and then how we can mine it from the moon and bring it back here so that we can have unlimited clean fusion for the rest of the world for the rest of the un for forever basically. Okay. Free electron lasers. So, this is another scientific paper. This one's only uh 500 pages. 525 pages here. We're not going to read through all of this sadly tonight because it would probably take a year and a half. Um I believe this is a combination of multiple papers put together by Leak Mabu. Where is it? Where's his name at? Somewhere around here. It says his name. Here it is. principal investigator leak myu. So leak myu uh is popular in engineering circles for making the laser light sail relatively famous. You might see some of these old UFO documentaries talking about this laser beam that was going to shoot something into outer space, shoot it up into the sky. And this should right away, right away begin to ring bells in your ears and you say, "Wait a minute. We've been talking about these advanced powerful lasers that we need to produce our magneto hydrodnamic air breathing plasmas to be able to produce these fusion orbs. We need very powerful lasers. The way you start making these inertial fusion reactions is by lasers or plasma or some sort of interaction. high energy physics and then from there we manipulate spaceime with our high energy lasers and now we get this stabilized you know ignition fusion reaction happening so let's see let's do this first thing I want to do we're going to take a couple looks through actually you know we're going to go to Grock first I had Grock I said let's just take a quick look through the uh the table of contents I want to show you guys the table of contents on some of the subjects that we see in here. Power beaming technology for laser propulsion. Okay, just going to list off some of the examples. We're going to take a look at a couple of these, not all of them, but a few. Laser thermal air breathing propulsion, radial configurations. Air breathing, laser, electric propulsion of radial shuttle craft. When they're talking about radial, I presume they mean circular. Uh I think laser thermal air breathing propul propulsion of cylindrical configuration. Uh don't worry there's a lot more. Let me see. Laser boosted heavy lift launch vehicle electrostatic propulsion concepts. Uh man battle cruisers. Wait, where's the other one about uh where's my one about different types of lasers here? Somewhere in here. I think I saw here it is. H E high energy lasers in future UASF missions. And I think somewhere in here talks about free electron lasers. MHD pumped vortex induced lift. So several of these large amplitude alphan waves thruster mode. So this whole pair this whole section here is like that's pretty much what we're looking for. But honestly, more than one of these is as well. And what we learned recently, we've learned the secret to all of this. Let me just see if I see free electron anywhere. Oh yeah. Oh yeah. Technical bottlenecks. Free electron laser. Free electron laser site with orbital relay mirror. The basic principles of the free electron laser concept shown seem very straightforward. Electrons accelerated nearly the speed of light are injected into an alternating magnetic field where the resulting transverse accelerations cause them to emit synretron radiation in the direction tangental to their motion. Because of Laurent contraction, the wiggles in the magnetic fields appear to the relativistic electrons to have very short wavelength approximating the wavelength of light corresponding to any choice of electron energy and magnetic periods. There will be an appropriate uh resonant wavelength where the synretron radiation from electrons in one wiggle tends to add in phase with the radiation from electrons in subsequent wiggles. Hence the synretron light grows in the mean direction of the motion. This is like literally what the orbs are doing. That's literally what the orbs are doing right there when he's explaining the relativistic motion. This is why the free electron relativist the relativistic free electron is so important. Let me repeat this part right here for you. This is why general relativity Einstein is the person that proved free energy was real. Relativity is what breaks physics. General relativity breaks physics. says right here, electrons are accelerated to the speed of light where the resulting transverse accelerations cause them to emit synretron radiation in the direction tangental to their motion tangent. Because of the contraction, the magnetic fields appear to the electrons to have very short wavelength. So the wavelength appears shorter because the electron is moving. so fast because the electron is its own little bubble adhering to general relativity. This is why relativistic free electron laser is so important. Now that I've said that to contextualize this back for you guys, let me contextualize this for you guys. Let me see how long is this. Can I read all this? This might be a lot. Okay. What can you do with free relativistic electrons? So, relativistic electrons are used in a lot of different things. Let me just skip down here, but here you go. Look at the second one here. Synretron radiation and X-ray sources in storage rings or accelerators. These electrons emit bright synretron light when bent by magnets. This is used for advanced material studies, atomic and molecular physics, and ultra fast X-ray science such as nondestructive imaging of micro structures in solids or biological samples. This is crazy because this is what we're seeing X-rays coming out of those orbs. That's what we're seeing. We're you're literally seeing the synretron radiation shooting out of the orbs axially out of both sides. And they can they can close off one side of the orb or the other. So it either shoots out one end or the other or both ends depending on what you want to do for thrust. So you're literally seeing that synretron radiation, those X-rays coming directly out of these plasm orbs. Do I know they're a neutronic fusion? Yes, I know those plasma orbs are beyond any doubt a neutronic fusion. And I would say I at this point I would say they're using a free electron laser inside of them. inside of them is a free electron laser that allows that to happen. So there's the synretron part which I thought was interesting. Um optical vortex generation. I want to mention this because I've I've done a few live streams about optical vortexes in light. So interacting free electron relativistic beams in light produce coherent optical vortices useful for advanced photonics like manipulating nano particles. Sounds a lot like a tractor beam to me. Okay, let's get to the good stuff here because I said, "Okay, great. You didn't you didn't tell me what I wanted to know, Grock. What I want to know is check for uses in fusion and gravity manipulation." That's what we want to know about when it comes to our free electron lasers. So, here we go. Free free relativistic electrons have several established and proposed applications in nuclear fusion research primarily in enhancing plasma heating ignition processes and catalyzing reactions. These leverage the electrons high energy to overcome barriers like coolum repulsion between nuclei. Here's a breakdown. Inertial confinement fusion. In highintensity laser fusion setups, relativistic electrons are generated through laser plasma interactions. These electrons can deliver energy directly to the compressed fuel core, aiding ignition in schemes like fast ignition. Whoa, maybe that's what's going on here. This approach aims for efficient, clean energy production by using relativistic effects to focus energy into imploded plasma without traditional compression limitations. For instance, plasma mirrors, we talked about plasma mirrors or cone targets are used to produce picoscond pulses of relativistic electrons that penetrate and heat the fusion target. Electron beam induced fusion. Relativistic electron beams can cause high temperature dense plasma by focusing on solid targets. So this is target uh fusion. You have a pellet and then you target on that and then you cause some reaction to occur. catalyzed fusion reactions including muon catalyzed fusion. So this can apply in cold fusion or in hot fusion as well. So it says the high relativistic velocities reduce effective repulsion between the nuclei include increasing fusion probability. So how do we know this is true? How do we know this is true? We read a scientific paper from the cold fusion fiasco. It was called something about the vibr basically using vibration to figure out why cold fusion worked. And if you increased vibration, your probability of fusion skyrocketed skyrocketed. So there you go. Why does a relativistic free electron matter? Because that's what a relativistic free electron is doing. When you vibrate things, you're causing relativistic motion, contraction, and expansion. And then lastly, the magnetic uh confinement in tokamax. I hate toax. I won't even talk about him. Screw you to Tokamax. You suck. Go to hell. Okay. Uses in gravity manipulation. In general relativity, the energy of relativistic particles, including electrons, contributes to the curvature of spaceime, effectively increasing their gravitational mass. For example, accelerating electrons to near light speeds inflates their effective mass, which could theoretically enhance local gravitational acceleration without adding particles. However, for individual electrons or beams, this effect is minuscule, far too weak for any detectable manipulation like anti-gravity or field control. So, there you go. Right there, it tells you the answer is that if you speed these electrons to near the speed of light, you will get relativistic effects and they will become heavier. So the reason why normie noob physicists think that we can't achieve the speed of light is because as you move faster and faster and faster, you get heavier and heavier and heavier. Your mass increases. And therefore, as your mass increases, it takes more and more energy to accelerate you. And therefore, you get a this curve that goes up like this for the amount of energy it takes to go faster and faster and faster. You can abuse this to manipulate gravity because now your free electron is now heavier than it thinks it is. You're making your electron seem heavier than it thinks it is. You're basically making a black hole. You're saying, "Hey, these iPods, these are pretty light. Let's go ahead and make this a thousand times heavier." You'd be like, "Wait, what? What do you mean make it thousand times heavier? How do you do that?" Well, I'm going to move it at a really high rate of speed and now it'll become heavier. That's the exact same things they're doing. And yes, that's probably not enough to make a wormhole. It's not enough to make a wormhole. It is enough to make your orb float around freely in the sky, though, because the orbs are basically weightless as it is. So, even a small amount of force will cause them to float in whatever direction you want them to go into, just like a balloon. Relativistic electrons and accelerators can probe quantum gravity. So the quantum gravity is going to be what they're going to call zero point energy. I can already see it coming. They're calling it quantum gravity. Whatever, bro. I don't care what you call it. And then studies examine how Earth's relativism gravity. So I think we the first one we wanted was the answer. This is the answer right here. Like how are these things manipulating gravity? How are they manipulating gravity? They're manipulating gravity because they are able to make themselves heavier from a relativistic perspective. They're literally just abusing Einstein's general relativity. All the stuff you see happen in the MH370 videos, they prove Einstein was right. The funniest part is the normies think that Einstein's on their side. Einstein's the one that believed we lived in an elastic solid, an elastic medium. He's the one that predicted gravitational waves. Einstein's the one that didn't understand spooky action at a distance. Didn't want to believe that it could be real. But it is real. It is. And it's undeniable and there must be an explanation for it. So, let's go back to this scientific paper. Let's go back to this. Now that we have a better understanding of why the free electron is so important, now we understand why they were writing this scientific paper. field propulsion concepts 1983. So this is really old. So they were already talking about free electron laser and the technical bottleneck for making this work is the free electron laser. Look at this. Look at that. You are looking at one of the first configurations right here for an a neutronic fusion reactor. [snorts] You are looking at one of the first configurations for an autonic fusion reactor right here. Look at the uh do you guys see in the middle of the screen here these north south magnets? Look at how they alternate. See how the magnets alternate here? So what they're doing is they're getting the electrons to go down this path in the middle where they get squeezed together and then the electrons have to vibrate up and down like this because of the magnetic fields. This is how they get that synretron radiation or whatever the hell they call it. You get all the electrons that start oscillating along these magnetic fields right through the middle of this thing right here. And that is what Loheed Martin's fusion reactor is doing. That's what these autronic fusion reactors are doing. They have alternating magnetic fields throughout the middle. And they have them in a ring format though. In a ring format, not barb, but that's the idea right there. And so you just get it to oscillate the way you want it to oscillate. Once everything begins to oscillate in a coherent pattern, you're going to start seeing these relativistic effects start to occur right there. So, I'm glad maybe I'll just search for free electron. I guess this is the money, right? And the other point is why this is so crazy is that this says this is the bottleneck. So, we knew this science and technology was real. We knew the science and technology was real back in the 80s, but we had the bottleneck is we needed these extremely powerful lasers. We need these extremely powerful lasers to make it happen. And then we got the lasers. That's why ATOC laser won the Nobel Prize. That's why chirp pulse amplification won the Nobel Prize because we started figuring out how to make these lasers. And the reality here is they had this laser figured out in the military in the black world decades ago, probably in the 90s, maybe even before that. Let's see what else we got. Free electron laser amplifier scaling relations for the power output of gain of expanded storage ring for free electron lasers. [clears throat] If the vapor produced from the hot particles has a lower ionization potential than that of the constituents of air, it is possible that the first free electron aes are emitted from the ionized vapor. The particles can also emit electrons thermally as they are heated. Even though the latter emission process is impaired by electrostatic, excuse me, effects. [clears throat] Okay, what else we got? More free electron lasers. High electrostatic forces would drive free electrons to the end of these fibers producing prior to there being sheared off. The goal will be to produce a large surface area, high charge per mass. Oh, here you go. Relativistic Ebeam propagation. endo atmospheric look. And then you have this cone going around it. So you have this accelerator, you have this tube in the middle, electron beam in the middle, and then you have this cone going around the tube. I mean, this is basically what the orbs are, right? Ebeam blow up, formation of the charged cloud. So you have your electron beam and then you have a negatively charged cloud of electrons surrounding it. Wow. Yeah, this is definitely what we're looking at, guys. This is definitely what we're looking at on in the MH370 videos. Okay, so this whole document, entire document is about using high powered lasers for propulsion. We just saw a whole thing about how we can use these free electron lasers for autonic fusion propulsion. And now you see this whole thing about air breathing magneto hydrodnamics uh as well as ionizing the air to produce these bubbles of electrons around our object. So our orbs that we're seeing are using a lightened version of gravity manipulation using high energy lasers. So the conclusion that I've reached over a long period of time here is that we have both smallcale gravity manipulation which can produce fusion and fusion plasma orbs and fusion reactant and clean energy. But we also have a high energy version of gravity manipulation which takes those same fusion reactor orbs, combines them and uses them as the basis producing a catalyzed effect or a compounding effect that causes an actual wormhole in spaceime. So you take one individual plasma a neutronic fusion orb and by itself it's not going to teleport a plane. You can produce a huge amount of energy from it though. Huge amount of energy, gigawatts of excess energy just flying through the sky. And if you combine three of those together, that's how you take your autonic fusion power plant and you convert it to a huge amount of energy that actually manip manipulates the fabric of spaceime itself. And maybe even according to our most recent theories, which are pretty out there, maybe there's a shortcut like how this zero point energy, imagine it's like a calm ocean. But what if you could figure out those those ocean waves and now all you have to do is like dip underneath one wave and now you're over here somewhere. Maybe there's an easier way to teleport where you just basically duck underneath the wave for a second and now you appear somewhere else. That's what we're going to be investigating in future live streams.