Video Transcript
If you've not been watching me for a while, recently I exposed Charles Chase. Uh, good guy. I like him, but he's definitely a black project engineer, BPTG. Definitely near the top of the list when it comes to people who know about the technology. Built a combat fusion reactor for Loheed Martin. He brought together a bunch of free energy microchip engineers and he did uh some presentations and one of those presentations was by Paul Tibido or Paul Fibido I'm not sure how you say his name and he's from University of Arkansas I believe maybe Arizona I think and his free energy microchip was a graphine microchip graphine that was harnessing the brownian motion of thermal energy energ natural ambient thermal energy to create essentially what is a permanent battery what is a battery that it's it's it's null point it's equilibrium is above zero meaning you drain the battery and it just recharges itself can you imagine a battery where you you drain the battery and it just recharges itself and if you try to overcharge it then it goes back to its equilibrium how crazy is fat. And how do they do it? How does he do it? Graphine. Graphine. And why is it possible? Because graphine has very high electron drift velocity. So you guys know those videos of taking a copper tube, you drop your magnet through it, and the magnet goes really, really slow, and you can catch it on the bottom. Graphine's like the opposite of that. The electrons in graphine are zipping along super fast. Super fast. And so now imagine you're going really fast. I I have an electron. It's going this way really fast. And now imagine I take a second electron. It's going this way really fast. They're going two different directions super fast. What would happen? Oh, the Doppler effect. the Doppler effect happens because now we're achieving speeds in opposite directions that are becoming relativistic. Like we're now getting to a point where the light between the two from the perspective of each electron, it looks like as because it's getting further away, we're now achieving speeds where we're getting really high, really high. And so when you look at Paul Tibido's paper, you'll see that the only way it works, the only way it works is when you have the circuit where the electrons are going in opposite directions like this. If you make them go in the same direction, it doesn't work. If you go opposite directions, it does work. Spicy Ashton Ashton is accelerating our demise. chat. It's no lies detected. No lies detected. So, let's take a look at this real quick. I'm just going to read this post here from Masimo or whatever their names is. Graphine just broke the fundamental laws of physics. Graphine's out here breaking all the rules. We're doing a movie uh trailer. Graphine is breaking all the rules, chat. It's breaking all the rules. Its electrons just did something. physicists thought was impossible. For nearly 200 years, metals have obeyed the Weidman France law, the rule that electrical conductivity and thermal conductivity always rise and fall together. Uhoh. But in ultra clean graphine, researchers at the Indian Institute of Science found the opposite. Uhoh. As electrical conductivity increased, thermal conductivity dropped, shattering a principle they thought in every textbook. Now, why is this interesting? this same concept of this relativistic motion. In one of the other videos that that Charles Chase did, one of the guys argues that we can get negative entropy that if we accelerate our electrons in different directions, then what actually will happen is that hot or cold will move to hot. Normally when we think about thermodynamics, we say that hot always goes to cold. If it's cold over here and it's hot over here, the hot will always go to the cold. But when we achieve these super high relativistic speeds, relativistic meaning moving in different directions. So from each perspective, then all of a sudden cold is going to hot. This is a free air conditioning system as well. You're literally producing cold from nowhere. Cold flows to hot. Here you go. Now I've produced a heat or a cold pump, a heat pump. I can now refrigerate an area just from building this electrical circuit. So instead of entropy where something's heating up, I have my system and you expect you can't be perfectly efficient. Can't be perfectly efficient because we lose energy to heat. That's the whole idea of thermodynamics. You can never create a perfectly efficient system. Second law of thermodynamics. Can't create a perfectly efficient system because you always lose a little bit of efficiency due to heat. But now we just flipped the game around. Now we just said we're not even producing heat. Now we're producing cold. Now we're producing cold instead. How is that even possible? Oh, I you know how it's possible, chat. Zero point energy. Yatsi yatsi zero point energy. So now he says the key lies in the dra point a strange electric tipping point where graphine is neither a metal nor an insulator. Here electrons stop behaving like individual particles. Instead, they flow collectively near as a nearly perfect fluid. A new a state called a dra fluid. Sounds a lot like a Bose Einstein condensate to me. Sounds a lot like a macroscopic quantum effect to me, chat. In fact, it sounds exactly like a a macroscopic quantum effect. We're taking the quantum mechanics where quantum mechanics pendulum never stops swinging in quantum mechanics and we're scaling it up. Remember what just won the Nobel Prize? What just won the Nobel Prize? Macroscopic quantum tunneling. We are entering the quantum age. 0 point energy 2025 is here right now. You are literally in the middle of disclosure. This is more disclosure than you will ever get from an interview between Tim Berchett and and Tucker Carlson. This is more disclosure than you will ever get from any UFO hearing ever. Now, it says the discovery doesn't just rewrite the rules for graphing. It produces a tabletop window into extreme physics, usually reserved for black holes and high energy colliders. Scientists say this behavior could help probe the mysteries of the quantum entanglement. There it is. There it is, chat. This could help probe the mysteries of quantum entanglement. Why? Because quantum entanglement is just manipulating the ether, manipulating the zero point energy. Where is the negative energy coming from? Where's the negative entropy coming from? This is positive. This is negative. We're at the surface of the ocean. So what we finding is we're finding materials. We're finding science. We're finding physics that is interacting with the 0 point energy. I am the f's first 0 point energy influencer. Sorry, Nim Heramine. Sorry. Sorry. I mean, yes, you were kind of there before me, but I stole the title. I got the crown. I got the belt. I got the championship belt, baby. Scientists say this behav Oh yeah, black hole. So scientists say this behavior could probe the mysteries of quantum entanglement, black hole thermodynamics, and the very fabric of matter itself. Feels good, chat. It feels good to be hanging out in Ashton's always right about everything's actually we chat. Not just me. Not just me, guys. You guys can get the next door in the pen next door to the penthouse. We've got a high-rise ready for every high Q 0 point energy influencer. Everybody gets a room. Everyone gets in a room about I always write about everything. We were about how many months ahead of this are we? We were at least six months ahead of this by watching Charles Chase and Paul Tibido's videos. So, if you were wondering, you're like, "Hey, you're you're new. If you just got redpilled yesterday and you've just been following this recently, you might want to go back through the live streams. Go back and take a look at Paul Tibido and the that the live stream. Then you will understand we are way ahead of the game on everything. Way ahead of the game on zero point energy. Way ahead of the game on fusion. way ahead of the game on their stupid UFOs and their little alien griff.