Video Transcript
Anti-gravity. Have we been thinking about anti-gravity too hard? Have we been thinking about it the wrong way? Let's rewind to one of our original goats, Eric Laithwaite. I went ahead and decided to pull up the spinning wheel experiment. >> Let's just do it once more to save time. We've already spun it up. So, here goes 40 lb of wheel as light as a feather. This is not a conjuring trick. This is a fact of science. Watch it again carefully. A fact about a spinning wheel so far everyone has missed. >> Okay. Guys, >> [laughter] >> look at what you're seeing with your eyes. All they're doing, they're taking a 40-lb weight, which by the way, not super light, okay? 40-lb weight on the end of a pole. Can you imagine trying to pick up a 40-lb weight on the end of the pole at the end of a stick? That is extremely difficult. Really heavy. Okay? And all they do is they spin it up to several thousand rotations per minute. They spin it up and what does Eric Laithwaite do? All he does he just lifts it up and just lets it move. It wants to move itself. It wants to move itself. And he just follows it around and what happens? It lifts up. It lifts up. Veritasium did it as well, exactly. So, for anyone who's trying to say that this is fake or what have you. In fact, I think I have the Veritasium version. Let's see. Yeah, I think I do. Where is it? Standing waves. Here it is. >> Release my left hand and holding only with my right hand at the end of the shaft, I'll try to lift it up over my head. This is a 40-lb, 19-kg flywheel. >> 40-lb flywheel, chat. That You have to be super jacked to to carry this thing, chat. Here you go. >> Ready? Here we go. 3 2 1 Beautiful. Let's go again. In 3 2 1 Nice. You going too? >> How can you not see that spin? Spin is the thing that we've been looking for, guys. You look at that and you go, "Wait a minute." So, this thing just spins around and it gets lighter. Unambiguously, it gets lighter. But, isn't that just anti-gravity? Because isn't gravity just a force that counteracts gravity, does the opposite of gravity? This is why I say, "Haven't we just been thinking about this anti-gravity thing too hard? Maybe it's simpler than what we imagine." Maybe we've been looking in the wrong place. So, the way I would describe this is I would say the precession converts the angular momentum of the wheel, the spin into vertical lift. This same principle could create a conditioned field that manipulates space-time or thrust. You say, "Ashton, what are you talking about?" I'm talking about the A vector potential. I'm talking about faster than light. This is exactly the idea behind making a rail gun that goes through an extra dimension. You condition the space-time with spin, with electromagnetism. And when you do that, you get a force. In fact, one more Veritasium video. This video explains it exactly. And he uses this is from the same uh the same wheel video. Here you go. It's the right-hand rule in electrical engineering. >> increases the angular momentum of an object in the direction of that torque. So, let's try to figure out those terms. If I apply a force down on this side of the wheel, I create a torque. Now, torque is force times the distance from the rotating axis. You could call it R. So, torque is the force applied times the radius away from the turning axis. Now, what's the direction of that torque? Well, we actually use a right-hand rule to define this. And so, what you do is you put your fingers in the direction of the radius from the turning axis, and curl them in the direction of the force, and your thumb points in the direction of the torque. So, the torque is actually out this way, at 90° to the force. The >> The torque is 90° to the rotation and the spin of the wheel. Now, where have we seen that before, chat? Why does that look so familiar? Now, you say, "Ashton, are you just guessing? How do you know all this?" Well, chat, have you heard the story about how the aliens came down and zapped it into my brain, chat? It's real story. Aliens came down in my dreams, passed me down the secrets. That's how I know. And I'm willing to tell the story on every podcast. It's obviously very entertaining. So, but anyway, as you see right here, look at how these orbs are spinning around this plane. They're spinning around it counterclockwise, just like that wheel example. Just like that wheel example. So, if I tell you that spin in electromagnetism using the right-hand rule or how they teleported the plane, where do you guys think that plane's going? Well, what did that right-hand rule just tell us? A counter-rotate or counter uh counter-clockwise rotating wheel, its vector is towards us, meaning that plane's going backwards. That's how I know the plane's going backwards because of the A vector potential, the right-hand rule that's being created by this, the vector is backwards. That way. Neat, huh? It turns out science is a lot easier than we thought. Now, let's jump into the next thing. Bada bing, bada boom. Where is it? This is actually a little bit old, but we're pulling it up anyway. And it's going to be a This one's going to be a little bit short. Not much to say on this. Welcome to the golden age, chat. If you think I read all this, you're out your damn mind, guys. Office of science and technology policy. Science, a new golden age by Michael Kratsios, assistant to the president for science and technology. Now, this is interesting why? Because last year, Michael Kratsios said this. >> lost focus and vision, to have lowered our sights and let systems and structures and bureaucracies muddle us along. But we are capable of so much more. Our technologies permit us to manipulate time and space. They leave distance annihilated, cause things to grow, and improve productivity. >> Uh allow us to manipulate time and space to annihilate distance. That's pretty interesting. Okay, so I'm not going to go through this whole science thing, but this is the same Michael Crowtios who wrote this. So, I haven't searched for everything, but I did search for fusion. I did search for fusion, chat. And there are 12 hits for fusion. Let's take a look. I have consulted widely across the country's scientific enterprise from entrepreneurs driving world-changing breakthroughs in fusion technology to researchers eager to pursue bold ideas in neuroscience. The most consequential questions of our era, such as how proteins fold and function, how certain disorders emerge from neural circuits, and how we can harness fusion energy do not respect departmental boundaries. This pattern extends across other key platforms. Achieving practical fusion energy depends on the progress in plasma physics, material science, advanced manufacturing, and system engineering. Wow. Even highly specialized pursuits, such as nuclear fusion and cyclotron construction, have attracted dedicated experiments. Public libraries increasingly offer 3D printers and laser cutters. Fusion experiments need vacuum specialists and fabricators who can work with tungsten. Chat, that's a hyper specific thing. I'm expecting some of you to jump on this, my fusion engineer boys in the chat. Few more. Out in the mesas of New Mexico desert, a A tinkers in a rusty shed trying to harness the power of the sun through inertial confinement fusion cobble device cobbled together from laboratory surplus. What? The early returns from AI for science are striking. Narrow systems have predicted protein structures with atomic accuracy, designed novel proteins from scratch, modeled molecular dynamic for drug discovery, advanced plasma control for fusion research. This is something I've spoken about and I've wondered why I'm not hearing more about it from the public. Using AI for fusion stability for real-time adjustments. I spoke about this like 2 years ago and I wondered why was nobody using AI? It feels like that's the obvious thing. When we look at the orbs in the MH370 videos, those are being controlled by AI. They're probably being stabilized by AI as well. Which is pretty scary to think they've had AI much much much more advanced than we have. Okay, a few more. More fusion references. Existing partnerships between federal laboratories and AI companies represent steps towards that future with researchers applying cutting-edge AI systems to advanced fusion energy. Wow. The DOE's 17 national laboratories constitute the largest concentration of scientific infrastructure in the world. Now, why do I bring this one up? Everybody asked me, "Ashton, how does this how does this teleportation work? You're making this up. If we had this, we would be using this." and all kinds of excuses a mile long. What do you think our Department of Energy labs are doing? As Michael Krazio says right here, our 17 Department of Lab Department of Energy Labs are the largest concentration of scientific infrastructure in the world. Can you name me one single advancement? Can you name me one advancement, public advancement, that's come out of Department of Energy Energy Labs? Probably not. They've been working on high energy physics, plasma physics, inertial confinement fusion. They have been working on magnetic mirrors. They've been working on every single thing related to those plasma orbs we see in those videos. And yet there's essentially no public progress or knowledge that has been gleaned from it. These institutions house our most advanced particle accelerators. I'm sorry. I thought CERN was our most advanced particle accelerator. Am I Maybe I'm living in a bizarro world, but is this us just admitting we've got particle accelerators better than the largest particle accelerator in the world? Could be wrong. Anyway, cyclotron or synchrotron light sources, supercomputers, and experimental facilities span material science, fusion energy, and nuclear security. How is it that anybody thinks we don't have fusion locked down, fusion figured out, when we've got 17 labs that have been working on it for 80 years? 17 labs have been working on fusion for 80 years, and you don't think they've got it solved? You got to be delusional. Why do you think they're talking about fusion 12 different times in this whole huge thing? Because they already know, and they're just rolling it out. Now is the rollout. Now is where we're allowed to know about a little bit of We're allowed to have nerfed fusion, as long as we don't get it figured out space-time manipulation. Now it says, "The mission has therefore directed the Department of Energy to identify at least 20 science and technology challenges of national importance spanning from manufacturing, biotechnology, critical materials, nuclear fission and fusion, quantum information science and semiconductors." Notice that semiconductors gets as high as ranking as fusion. Semiconductors. Why? What are we really talking about? We're talking about superconductors. We're talking about superconducting magnets. That's why Trump says, "Do magnets." New companies are created every day to discover new materials, design new drugs, build fusion power and explore unsolved conjectures in mathematics. 11 references to fusion and then the 12th one is just a general generic reference down there. Okay. So, Michael Kratsios. The reason why I bring that up is we are sitting in the middle of disclosure. We are watching it play out right now. You are being told how anti-gravity works. You are being explained how space time manipulation works. Welcome to the party, chat.