Video Transcript
Physicists build circuit that graph that generates clean limitless power from graphene. Yeah, they probably all use graphene. And you may say, "Ashton, why? Why do these microchips use graphene to harvest free energy?" Well, the answer is because graphene has a fast electron drift velocity. Okay. What does that mean? That means when we make our little chargie guy here, those electrons are really zooming. Those electrons aren't like old boomers, you know, with their wheelchairs and their walkers. No, these are zoomers. These are zoomer electrons. Now, the reason why I think that's relevant is because the faster you go, the more relativistic action you get. What does that mean? Relativistic action basically means if I run in two opposite directions, I can kind of like cheat and add up add up the math. Because in Einstein's relativity, we're all in our own little bubble. So, if two things are moving away from each other or towards each other, you start to get these weird relativistic effects. And causing these relativistic effects to occur seems to be maybe a prerequisite, but at least involved in extracting quantum energy. So, when we scale it down, remember the universe is scale invariant, what we see in fractal, what we see on these small scale scales up, scales down, then what we want is just a material that its electrons are moving as freely as we can get. What's more free than graphene? Well, probably plasma. Plasma is probably the most free you can get. Why? Because it's literally just a soup. And that's why fusion is the next generation. But this is why also microchips are interesting. Because we take something that's solid state microchip and we design an intelligent circuit. We make a little system. Uh what was that game? Factorio? We'll make a little Factorio guy for my zoomers out there. All right, we're making a little base here, but it's very simplistic. Let's look how simplistic this is. The key to Paul Timido's free energy device is that it harnesses Brownian motion. Now, why is this then connected to zero-point energy? Because the argument for what zero-point energy is is the ocean of energy we're all sitting in all the time. So, you would say Ashton it's raining outside. That water's coming from the sky. It's not coming from the from the lake. And you'd say, "Well, that's a simplistic way to look at it." The water is just in a water cycle. Sometimes it's in the sky. Sometimes it's in the lake. Sometimes it's in the moisture in the air all around us. Sometimes it's in our body. That's the same as the zero-point energy. If the zero-point energy is interacting with every atom all the time then the Brownian motion is basically being on the surface of that lake. We're on the surface of that lake and we're harvesting the tiny little waves that are being made on the surface. Free energy. Why? Because everything's in motion all the time. Now, something like this Actually, one more thing I want to point out about this and I'm going to move on to the next thing. This only works this particular design only works when there is counter propagating direction. When these little circuit guys over here they make a little vortex. When they go in opposite directions, it works. When they go in the same direction, it doesn't work. So, weirdly there seems to be some we call it geometry requirement to make this work. Which I think is very interesting. And I think that speaks to the underlying interaction between the zero point energy and electromagnetism. That spin spin is what we use to connect to it. Okay? So, that's Paul Thibodeau. Garrett Moddel. I actually have a short clip for Garrett Moddel. I'm just going to play the short clip cuz I'm lazy. Wait, do I have the clip? Let me see. Uh Maybe uh zero one second zero point energy. Uh Maybe I don't uh maybe I don't have it. Hold on. I think this might be it. >> for forms of energy including heat, light, motion, electrical, chemical, and gravitational. There is a lesser known form of energy found throughout the universe that contains far more energy for a given volume than thermal energy. It is because of the wave nature of matter. There is a fundamental limit mathematical limit to the accuracy to >> Okay, this isn't the video I was looking for, but basically Garrett Moddel, his uh I can't I got to find that clip and sort it better. Garrett Moddel uses a Casimir cavity. Garrett Moddel's idea is more similar to a trampoline. Garrett Moddel says, "Okay, I'm going to have a normal region, an un- excited region, and then I'm going to press on this atom. I'm going to have it I think he uses a superconductors. I think he uses something like a Josephson junction. And when we have this passed through, then I'm going to have it go this electron go to this relaxed area, and so it's going to basically create a trampoline type situation where you push down, and then it moves over, and then it recharges that energy. So, this is only possible even theoretically if you have this belief that you can pull energy straight from the vacuum. Because otherwise, even though this theoretically the idea doesn't work. Now, all of these ideas, I think indirectly incorporate this idea of pushing on the swing. You say, "Ashton, why do we need to do any of this?" Well, the reason is cuz the way we harvest energy right now, electricity, is the dumbest possible way. We We are working as hard as we can for the least efficient output. Now, when you're just burning a log on a fire, you don't really care. You're like, "I'm just burning that log, dude. I don't care. I'm not doing anything other than watching that log burn." But when you really start to dig down to it, and dig down to the physics of what's actually being accomplished in the electricity that's coming out, especially when you get into fusion where you're manipulating the plasma directly, you start to really care about, "Well, how much energy am I putting into this versus how much energy I'm getting out?" Now, for the most part we used to say, "I just put the log in the fire, and then the electricity comes out the other side." But now we're saying, "I'm going to put a little electricity into this, create a plasma, get a little energy out, and then I'm going to do it again. And in this situation, we want to use the swing analogy. What is the swing analogy? The swing analogy is when I push on my swing, the swing goes, and then it comes back, and I wait for the swing to get back to its height, and then I push on it again. And that I do that because I use the least amount of energy to get the most amount of work, most amount of action that I want. Now, that's also being applied in these microchips. We want to use the least, maybe no energy if ideal, and just harness, create a waterfall in that zero-point energy where the energy just wants to flow down, and we are just tapping into it. That's what we're trying to do. The last microchip is Sunny White. Sunny White just finished his round, whatever, round Super Saiyan funding, and got $12 million. Now, I'm going to take a little bit of credit here, cuz I have been promoting the crap out of this guy, probably the biggest influencer to be promoting the crap out of him other than he went on Joe Rogan. And that's a lot of money. That's enough money to get microchips built. So, we are going to find out if this works or not. Unambiguously, whether or not Sunny White really is just a theoretician or if he's an actual engineer, we're going to find out. Now, Sunny White's is the one I know the least about, but it's going to be using a similar mechanism to what uh the other two are using or something in between. The idea is still the same in any of them. In Paul Timedo's, he's saying, "Well, there's already this ambient heat out there. I'm just going to harness those fluctuations. Garrett Moddel says, I'm going to force the fluctuations. I'm going to force a situation where I get a little bit of trampoline out. But any of these situations, we're essentially just making a waterfall in the zero point energy and we're saying, give me some of that. I want to take some of that water, that energy that's already out there. And pull it in. This is the secret to free energy. The energy is all everywhere all around us. Nikola Tesla told us that. We have to stop boxing ourselves in in terms of thinking, that's not possible. How about let's just try to harness the energy and see what works. Cuz I'm here to predict all of these microchips are going to work. Garrett Moddel already has experimental data that he has shared that she seems to show a voltage from nothing. Okay?