So I'm gonna go up there and just want to come and stuff going on up right now. What room? One room. Okay. Okay. Okay. There you go. We'll follow him. Okay. You will, right? Oh, yes. Oh, no. Okay. This prototype, by the way, is about twice as good looking as the one I've heard already. You guys just constructed him, right? Not too long ago. Yeah, this, yeah, redid him. Redid the normal style. This is the old one, but it was only experimented on. Right. It was really designed to be told around. Exactly. So this is the one that's got to take a beating and then you can feel the strength. Did you, did you take the same ring and set off that though? Did you make new ones? No, this is what I thought. Yeah, that's what I thought. Yeah, it was bigger than one online. It was a little bit larger. Actually, the same size. Oh, is it the same size? Yeah, I think so. Everything just looks bigger and a lot of life. Except for Jason. Yeah, it's the best time for you. We'll stop right now. Well, normally he does, I guess. He doesn't look very short in life. Oh, at least Skyrim would be proud of me. Yeah. So right after that, you see some interesting stuff. You know, the roller-stale track. You throw us on a mario several days. So these points to sort of that new ball, to come working together. Yeah, freedom of movement. It's like a generator in a strip now. What do we have to make sure? And the fuel audience, we have the arc core. That's what it generates. We made a fuel on the axis. We have the movement. That is the groove. You know about the length of that net. That is the reason both. We like to feel the plane is way to a new net. Right angle. Yeah, for it. It is a valid motor generator. Have you taken a ring set like this and applied the second ring set on it just to see the reaction between the two ring sets with the roller? Maybe actually constructed a bigger ring. I don't know. It's like this, yeah. Yeah. Well, these probes on the first set. Yeah. And that's all we need to prove the counter. Right. I was just curious because I know you've done a lot. I've seen a lot. But I didn't know if you've actually just applied that outer ring with multiple rollers just to see the reaction of the two rings. We're going to do that on S4 actually, prototype ring. Yeah. Because once you finalize the front stage, the principles apply to the second set. This is an independent generator on itself. Right. So the second and third is just that they work in series. Exactly. So this is just the motor though. It really is a motor. But inheritance design is also the energy conversion process for the generator and the gas factor. And it happens not in the traditional sense of the wire across the energy conversion process taking place between material layers. Well, electrons are paired and directed for made for inheritance. The problem with the environment right now is where they're made for the else. And we feel it as to what the S&G does here in the case of the manufacturing and the residents to make it radiate out. We're happy with this. We'll do that. We got the last picture. In other words, this current is everywhere right now, even in your body. Lucky for you, it's in the random state. Otherwise, you get sat in the unbelief. So they're equalizing out what you're doing here is you're focusing in the... So focusing and polarizing and we can actually make it easier to occur. So what the S&G does is when it is a condition for the electrons not just going everywhere but to say make it both radiate out. And that makes for the current because electrons are free. Can we... Sorry, I'm going to film this real quick. Can we demo this real quick too? Okay. Well, then I'll let you pass. This looks like a lot like the test lug in the home following. The next step was to try to explain why it's juggling with the S&G. Really nice forever. A lot of them. And you can say this is making noise. And there's no hard, mechanical hard stretching. What you see it does over here. So I had to isolate through that in fact. You basically start to realize that you know that it is possible that the magnetic field and these rollers are interacting with the surface on the conductive band. And that would be any curves it could make for a magnetic bearing. But I had to isolate with demonstrated. So what we have here is this zinc conductive band. We're going to spin it and these the roller and fix. We still have roller jam on them. They could be nice, but it could be better. That's what they should be. So that's what this demo is all about. Let's do that. Now, the sufficient speed on conductive band. You want running between surfaces. One noise is not touching and we, there is a magnetic bearing involved in the acid and design. That is the open copper. And that's only copper right here. Whereas this has a magnetic field. So is there a curve in the back of the air as well? There's only a magnetic field in the roller. So it's just a copper and copper training induction. So this is just a copper band. It's a roller and a magnetic field. And you see it again. We go and roll it and roll it. You have touch in the surface. Now on this side, we're going to give you a, there's another effect. Now we have a magnetic field. We're going to give you a magnetic field. We can feel a traction. But at a certain point you feel repulsion as well. So this thing is, it's like an assembly in the order. So that sounds like a really VFB. You can roll it all around. You want the two nodes to keep on. You can go ahead and feel it for yourself. That's the final answer. You feel a traction, a traction. So this last nine minutes, that was just copper. Right. Okay. So as you go ahead and hold onto it, push it near the surface. You feel that repulsion towards. And yet, there's a traction force as well. There's obviously that perfect meaning in field. It finds that order of equilibrium. Oh yeah, you can really do it. That's more for this kind of thing. That's the way it's always good. So why don't you just go ahead and put the rollers of the FGT on such a stabilizer. It stimulates that. This one's just pushing away. This one's just pushing the rollers. This one's pushing and pulling at the same time. No, this one's not magnets. This one's just copper. But 80 current, copper pushes away. You know, where magnets are trapped and the 80 current push away at the same time. Right, that's pretty interesting. I've always seen the demo but never got to feel it. Ta-da! Oh, that's a nice name. Very good. Always. Always, always sold this stuff and you and everybody, Jason, online, and never really got to talk to you. Well, it's not time. This is awesome. I've seen this demo so many times. I want to touch it. I've got to touch it. It's all real, isn't it? The fact you're here. Yeah, that's awesome. That's perfect. All right. Thank you. Let's see. Thank you. I hope it's more you sometime.