Video Transcript
So if the mass drops quickly, acceleration occurs automatically. And now what we're going to do here instead is we're going to drop the light barrier itself. Now if we look at space-time as a wall, like we're trying to jump over this wall, there's a couple ways around it. One, we can jump higher to get over the wall. That's including more energy. Or here's another thing we can do. We can bring down the wall. Before what took one in a trillion billion illion chance, we're going to turn this into something that's much more realistic, maybe even something that's automatically going to occur. Maybe something that's a 100% chance of tunneling. Now, that what it's saying here in the next equations is exactly that. When it's talking about this omega symbol, I believe this is the omega symbol, this frequency symbol down here, this is talking about what is the cutoff of the zero-point energy itself. And now if we throw some terms in here, they basically create this graph on figure three where it shows we can actually rapidly increase the tunneling probability by screening out the zero-point fluctuations. If we push out the zero-point fluctuations the wall and bring that down, the tunneling probability rapidly skyrockets. So so far, what have we done? We've said number one, everything has a probability to suddenly teleport. They don't because we're in this space-time that has that giant wall that prevents it from happening. And then it says, well, what if we bring down the wall because we can't actually make the plane move super fast. There's no way to do that. So instead, we're going to bring down the wall, the barrier to going faster. If we bring down the barrier to going faster, then when we look at the math, it looks like the plane should just go by itself. We don't actually have to do anything. We don't even have to push on it. It's going to go by itself. And then after this, the possibility to manipulate the zero-point fluctuations around the spacecraft. If the wave energy emitted by the spaceship in the form of a beam interacts with the vacuum zero-point energy modes, it perturbs the modes, and it decreases the radiation pressure. Hm. So, we say if we shoot a beam of energy at the zero-point energy, it will reduce the zero-point energy. Okay, well, I think we have our mechanism. Shoot some electromagnetism at it. For decreasing zero-point fluctuation energy, we can utilize negative energy radiation. There are two main approaches to generating negative energy. One is the Casimir effect, at which is also a squeezed vacuum state. And the second way is to create high, ultra-high intensity lasers. This is where Salvatore Pais was saying attosecond, femtosecond lasers. These super fast lasers can interact with the vacuum. Alternatively, what are we doing in the MH370 videos? We're choosing option number one. Have you guessed yet how the MH370 videos are doing the the negative energy requirement? Should be obvious. Where's the negative energy coming from? Right there. You saw it right at the end. The collapse. They're doing a punchy shrimp. They're pulling a punchy shrimp. They're pulling a sonoluminescence, chat. They're pulling a cavitation bubble. They've created a bubble around the plane and they're pulling the bubble boundaries inward rapidly. This is an ultra super slow-mo. This is Each frame is a fraction of a second. Keep that in mind here. So, they suddenly create this giant bubble and they pull it inward implosively and that pulls the boundary conditions inward. Goodbye. See you later. Talk to you next Tuesday. Okay. Let's go back. We'll come back to that. Puthoff and Davis showed a method of using ultra-high-intensity lasers coupled with fast-moving mirrors. Parabolic cylindrical mirror. Parabolic cylindrical plasma mirror. You wonder why the Department of Energy was researching magnetic mirrors? Well, here you go. It turns out they're a main factor in producing negative energy. So, those plasma orbs are also producing negative energy, what we think of as negative energy. And they're doing so inside with conditioned electromagnetic fields. When I say conditioned electromagnetic fields, what do I mean? I mean they're messing around with electromagnetism in there. They're squeezing it. They're getting it to line up and make particle accelerators and everybody's vibrating all weird like this. If you were to look inside there, it would probably look like a bug flying around going zzz. There you go. Okay. Rapidly rotating mirrors in this setup would serve as the purpose of separating the positive and negative energy. So, you can separate the negative energy to a different state. Now, it may be that the uh those x-rays we see coming out of the orbs, those may also be a tractor beam, like a reverse tractor beam conditioning the space-time, pulling them forward as well. Based on this right here. We're seeing the same physics in the orbs that we are seeing getting used at a larger macroscopic level in their combined formation. Now, down here at the bottom it says, "Another method would be to superimpose photons on top of each other to create a beam of negative energy proposed by Finning." This is I think exactly the same as SU2 conditioned fields. This is what Terrence Barrett was doing. Terrence Barrett was doing this superimposing of electromagnetic field, like splitting them off, polarizing it, splitting and putting them back together. That's what I think this is being referred to here. So, it turns out everybody's got their little muse that figures out negative energy for them. It says L3 here. This is if you wanted to create this, this is how you create your squeezed vacuum state. So, I started reading this and I go, "Wait a minute. We got some math here. Like, we're getting pretty close to like, can I actually use this and calculate something?" And you see here, if you create this bubble, this radiation cutoff frequency, in our case, it's the orbs acting as a mirrors surrounding the plane, you get this free acceleration. Now, our case, the free acceleration isn't necessarily in a specific direction, it's through space-time. But, it also is in a specific direction. I'm going to tell you exactly where they shot this plane in a second. FTL travel of the spaceship in a tachyonic state. When they say tachyonic state, just replace that with hyperdrive. For my normies out there, for my people that watch Star Trek and Star Wars, and Babylon 5, and all that [ __ ] this is basically just hyperspace, okay? That's what they mean when they say tachyons. They're using tachyons cuz that helps the norm norms understand what's going on. Okay, so this part here, these equations, this has to do with momentum difference. It says there must be this equation that needs to be met. Says, "The tachyon is an unstable particle which allows to appear in certain empty space and FTL state of spaceship." From the uncertainty relationship, we can do estimate the distance of the FTL space travel state. So, watching this, you realize this change in momentum here, this is like a mirror flip of these equations. My first thought was, "What is the connection here to David Froning's constant accelerer constant momentum?" Unlabored acceleration. And did I write it down here? I think I wrote it down. Let me make sure I say this correctly. >> [clears throat] >> Equations 16 and 17 here, this equation that you're seeing right here on your screen, basically state that the vacuum itself has to give the momentum difference. If I want something to slingshot from here to over here, there has to be energy involved in that. When I pluck a string, I pick my finger up and I pluck the string, and then the music plays. This is also true if we're plucking the string of our space-time to get our ship to appear and then ride the wave and reappear over here. Where is that energy coming from? That energy is coming from the orbs. That energy is coming from the orbs spinning around the plane. So, when we look at equation 16 right here, we are looking at the coupling mechanism between the two points in space-time. We're saying, "Okay, I'm going to have the momentum disappear from this one side, and I'm going to have it reappear over here, and I need someone to pluck the string in the middle and make that happen." This is important because we're about to do the math, and we're about to calculate where the plane went. We're getting getting very close now. And then right here, figure 18 says, "From equation 15, the traveling distance of the spaceship in the FTL state becomes this." And it says, "In the case where B is less than one, and the initial velocity is much smaller than the, you know, faster than light velocity, which it should be, the traveling distance can be summarized much simpler." And so, what does it mean when my when I asked the question before, I said, "What's the significance of David Froning's unlabored acceleration?" As long as the plane is moving at the exact constant speed, not accelerating, not decelerating, then you can estimate the distance of the plane based on this equation right here. L = 1 * pi * speed of light divided by hangman guy omega squared. If the plane is accelerating or decelerating, then you can't use this equation. Then you need long complex math to pull it off. So, basically everything becomes simplified as long as the plane is not accelerating and not decelerating. And you know what this tells me right here? What I just told you? This tells me that's humans. That technology we use on MH370, that's human technology. None of this is alien. None of this is alien. Everything that's being described here is completely human logic, human problem-solving. We simplify down what we did to the plane to make it even easier to do the jump to it. If it was aliens, they wouldn't need to have the plane move at a constant speed. They'd be like, "It doesn't [ __ ] matter. Our computers can do the math anyway." But because they're simplifying everything down, trying to make it so the plane's moving at the exact constant speed to simplify the math so they can do the jump easier, that tells you this is all human engineering. All human engineering. I love this [ __ ] chat. Uh the true crime science is as definitely, definitely my favorite. Okay. So, they do some math here. And they say, "This math doesn't really matter as much as what we're going to say, but this is kind of the end of the paper." And it says, "If you want to tunnel a spaceship with a 100 tons, that weighs 100 tons, Wait, how much does a Boeing 777 weigh? Three Yeah, 300 tons. Yeah. Boeing 777, by the way, weighs 300 tons. A Boeing 777 is three times the weight of this example. Does that not seem weird that the weight of the example is only off by a factor of three? From the real teleportation videos that we have to this guy's example? And he's referencing Hal Puthoff and Eric Davis in his paper? Mhm. J- Just saying chat, where's my Where's my dogs? Where is he? Uh I'm just saying, okay. Let's get to it here. So, he says, "If we have this and we say uh can be estimated at 10 hertz, the spaceship can travel in actual state around 10 to the 24 m, which is beyond the distance to nearby galaxies." He says that if we Okay, so he's basically saying if we want to teleport a plane to a nearby galaxy, then it's going to take the energy levels 10 to the 41. I believe this is somewhere around the energy level of the Earth. So, it would require the energy density the equ- equivalent negative energy density of the Earth to pull this off. So, I can already tell I can feel Sabine Hossenfelder watching the video, crashing out, getting ready to rage out and make another bad physics video. Chill out, girl. Chill out. You didn't let me finish. We can get better than this. And I did. I took it much better than this, actually. This right here is the math for a stationary bubble. Just one stationary bubble that's not moving with nothing else going on in it. In fact, if you take the math and you say turn this into three fusion reactors in a triangle formation also using resonance to enhance the effect, and you use the dense plasma math from the 2004 paper by George Miley, by this guy's friends, use the dense plasma focus as an estimate for the density of the plasma. It turns out that the math works out almost perfectly. For there to be three fusion reactor plasma orbs with relatively high density for our understanding, but not beyond the realm of physics. It actually works out almost perfectly. Would you Would you look at that, chat? I may I may pull it up. I had the AI do it. It just gets It's kind of long to listen to. So, >> [clears throat] >> they say, "Thus, we suppose that there is some sort of quantum tunneling that might allow a su- a sub- subliminal, slower than the speed of light particle to become a superluminal particle. It is considered that we could tunnel through such a light barrier using the quantum effect to attain superluminal velocities." Conclusion. In this paper, the author presents an advanced theory that space-time can be traveled at superluminal speed by applying Puthoff's theory on zero-point energy. From a theoretical analysis, it can be seen that FTL travel can be achieved by the quantum tunneling effect induced by the manipulation of zero-point energy spectrum surrounding the spaceship. Boom. Now, let's flex a little bit. Let's flex a little bit, chat. Let's watch the videos. We don't watch the videos enough, you know? Let's go straight to the drone video. We have experimental evidence of this exact phenomenon occurring. We know that this is real. How do we know this is real? Cuz, well, it's up on your screen right now. Here we go. Do you know what's interesting? We can tell the plane is turning. The plane is taking a sharp left turn, and we're watching it with the drone here. They're getting this plane into position right now already. This drone isn't monitoring the plane to see where it's going. This drone knows exactly where the plane is going. This drone is solely there to watch this operation go down. Plane is turning. You can see it sharp turning to the left right here, right? Now the orb is already engaging it. So the plane is turning and getting into position and the orb is already been deployed. The orb's already been deployed ready to go. This proves you this is all premeditated. Everything we're seeing here is premeditated. Now we lose the shot of it because the guy is can't keep his camera straight. Come on, man. Work on your camera angles. Got to get those Actually, he's he's pretty good. He's pretty good here, Chad. But look, you can already tell it's leveling out. It's not as high up as it was before. It leveled out a little bit, but it hasn't leveled out completely yet. And it levels out completely at the same time when the orbs go vertical around the plane. The orbs have to keep the exact same speed as the plane. Why? They're making a bubble right around the plane. By the way, you can see the air conditioning system inside the plane. What do you guys think those light green and yellows are? Those are the doors. Those are the air conditioning system right through the skin of the plane. How do people think this is fake? Are you insane? There's no such thing as fake military videos, number one. There's no such thing as any fake airplane video where you can see the air conditioning system through the thermal. They're creating this bubble around the plane and then they're collapsing the bubble inward. The point at which the momentum transfer happens on that delta P that I was just telling you about, where we have to borrow from the energy from the vacuum, that's where they collapse. Equation 16 in the Moussa paper, the delta P, that's when the when the orbs collapse, that's giving us the negative energy we need. In fact, that's the only negative energy we need. The collapse gives us enough because the collapse is the dynamic Casimir effect. Sonoluminescence, dynamic Casimir effect shows that with the boundary condition, we'll come back to that, when the boundary condition collapses brief quickly, light appears out of nowhere. Well, it's not appearing out of nowhere, it's appearing from space-time. It's appearing from the zero-point energy.