Video Transcript
Let me send a message to Sabine Hossenfelder. If you guys aren't aware, she gave Sunny Whites Microspark Free Energy microchip a 10 out of 10 on her meter. She said that you can't extract Her claim is that you can't extract zero point energy at all. Very stupid claim to make. Her argument is that it takes energy to set up the plates in the Casimir effect, and that must be incorporated into your calculation. Look, anybody who comes at me later on, I want She made that claim. I did not make any of those claims for her. Those were her positions. I'm going to destroy them right now. Number one, we do not incorporate the energy cost of setting up the plates into our experiment. How does that even make sense? It's a completely arbitrary amount. Where do the plates begin? Do they begin over here? Do they begin over here? Do they begin over here? Do they begin over here? How much energy does it take to move the plates into position? It's a completely arbitrary amount. Could be a tiny amount. Could be zero. Could be infinite. Do you take into account how much energy an engine It takes to build an engine when you're trying to determine if it can produce energy? No. You never take into account those things. That's not even the argument against the Casimir effect from the experts. So, number one, that doesn't even make sense. Happy to listen to any clarification she wants to try to make. Number two, the Casimir effect does show that you can extract zero point energy. It's a very important to be specific. It does show you can extract zero-point energy. Why? If there are two plates here and they suddenly come together, that's work. That's energy. Where is that energy coming from? You can explain it however you want. The explanation is zero-point energy modes are pushed out by the boundary, therefore there's a pressure. So, in a very real sense, that pressure, that plates coming together is zero-point energy doing work. Okay? Are you still with me? Pretty simple. That proves that you can extract zero-point energy. Now, the real argument, I'll help Sabine out here cuz she doesn't seem to know where it's at, the real argument then becomes, yes, well, okay, let's assume you can extract zero-point energy. Now, if you want to do it again, though, you got to pull these plates apart. And however far you pull them apart is going to exactly equal however much new energy you gain. Right? So, if you're going to do it again and try to make this process repeatable, it's always going to balance out to zero. It's always going to be and that's true. It'll always balance out to zero in a simplistic setup using two plates like that with no other parameters. But, that's why Sonny White built in an asymmetry into a microchip, a waterfall into a microchip. You say it doesn't have anything to do with Casimir, it does. It does because the Casimir effect shows we can extract zero-point energy. So, what we're then realizing is if this is possible, if zero point energy like just think about it like this. Why do the plates come together at all? If zero point energy doesn't exist, the plates should just stay there and not come together. So, zero point energy exists. That's the breakthrough for the Casimir effect. End of discussion. We don't need it to be a perpetual extraction machine. We're going to do it a different way. Like I seriously don't understand how people can't understand this or figure this out. This is not complicated. This is very simple stuff. You do an experiment, you do a proof of concept, it proves the concept, and then you engineer a more practical way to do it. This is how so many things have been developed over all of human history. I don't know how people can't figure out that that's what's going on here. So, Sonny White, how does he do it? They set up a situation by which in this case, the plates want to come together, but they can't, and therefore electrons get pulled away. And electrons build up towards the middle. There you go. That produces a voltage. Boom. This is actually extremely similar to how the IEC fusion devices work. In the IEC fusion devices, the whole point of them is to build up a huge potential well so that your ions come flying in. A huge negative potential well and your ions will come flying in. And here's Sonny White, correct me if I'm wrong, but I'm pretty sure he's building up a big potential well in the middle where these electrons get trapped. Something like that. Whatever. And now for the other people that would say, "Well, Ashton, technically anything could be a free Technically, I can harness energy from ambient temperature changes. Any Any gradients any hill any waterfall you can extract it. Yeah. Exactly. Any waterfall you can extract energy from. This is why Paul Thibodeau literally made a microchip that harnesses Brownian motion. That's just temperature changes. And this is why people when they were listening they were going, "Is this harnessing zero-point energy?" And he's like, "No, it's just harnessing temperature changes." Okay. Cool. Well, that's still To me, that's still free energy. That's the same way where it's like a ball in the ocean harnessing waves. It It can produce energy, too. That's smart. The only challenge there is scaling it up. That's the only challenge at that point. Scaling it up. Making it more effective. >> [clears throat] >> The other thing and this is soon to be released. I've been going around and around on what my scientific paper is going to be about. And I think I've gone back now away from it being about you like making warp jumps and things like that and going back to the free energy angle. The other way is high beta plasmas. High beta plasmas. Pay close attention, noobs. Professor Forbes is on duty. And if I see any of you steal my ideas right here I'm going to retweet the out of you. High beta plasma is the secret. You say, "Ashton, well, the boundary conditions we need to reset the plates." Are you ready? I found a way around it. We're going to use a high beta plasma. We're going to make this plasma ball. This plasma is going to push out all the magnetic fields. And when it pushes out those magnetic fields, it's going to push out the zero-point energy, too. It's going to push out the zero-point energy. And then do you know what I'm going to do? I'm going to leave that zero-point energy thing just perfectly stable like that with the boundary conditions where this this region right here is pushing out the zero-point energy. Do you know what I'm going to do with it after that? I'm going to spin it around. I'm going to spin it around inside of a plasma bubble. I'm going to spin it around inside of a plasma bubble. Do you know why I'm going to do that? Because that's the trampoline effect. Because what's going to happen? The space-time region where the zero-point energy has been pushed out, when that bubble moves away, when that region moves away from that space-time, zero-point energy is going to flood back in. Zero-point energy will flood back in, and that's exactly what we need for our trampoline effect. So, I kept thinking, how do you use the high-beta plasma, the boundary conditions it creates? Do you modulate them? Do you have it just vibrate back and forth? And I realized, no, we don't need to do that. Instead, we can just move the entire high-beta regime within the plasma bubble itself. And if that sounds familiar, it should sound familiar. Do you want to know where I got it from? I think you know, chat. I think you know where I got it from. Here it is. Uh Wait, why can't I can't see it? There it is. There it is. Babushka, chat. Look at that. Those orbs. Look at the way the heat signature moves around. In order to get the trampoline effect to work well, you want the heat signature to flip quickly. You want it to move quickly. Why? Because then the zero-point energy will quickly fill into the region where it moves. This is why the heat signature on the inside spins around, and yet why the heat signature is offset on one side of the orb. Because what's really going on in these orbs here, when you watch closely, what's really going on is it's a general spherical bubble. So, the bubble is being produced from the middle point of this orb. The heat signature is independent. The heat signature is something inside of the orb that's able to spin around independently of the travel of the orb. That's what they're using to modulate space-time. That's their boundary condition. Look at it change right here. Watch it change into being the orange slice, and now the orange slice starts spinning around. That's how they're manipulating zero-point energy with this with this configuration, I believe. So, there you go, chat. Now you know. Now you've gotten the answer for Ashton. How do we get around the issue of the plates coming apart? I've got a simpler answer. Make a stable zero-point energy null point in the middle, and then just spin it around inside of your larger plasma bubble. That will do the same effective thing as having the plates come back together AND APART. BOOM!