Free Energy, Plasma & The Science of the Ether

Video Transcript

Ether. The recognition of the existence of ether and of the functions it performs is one of the most important results of modern scientific research. The assumption of a medium pervading all space and connecting all gross matter has freed the minds of thinkers of an everpresent doubt. It has been a great step towards the understanding of the forces of nature and their multiffold manifestations to our senses. No. Okay. Number one thing you have to know, absolute most important thing you need to know when it comes to free energy. It's only possible because there is an ether. There is actually an ether. Turns out the people that said the ether is not real were full of All the smartest people, all the homies knew that the ether was real the whole time. And if you are one of the smart people that realizes there's an ether and there's no such thing as empty space then yes you are one of the smart smarts chat now what is the ether a lot of people are going to ask what is this medium the ether is energy energy doesn't have any mass right that's the point g= mc^² energy is just mass at the speed of light if you go to the speed light you wouldn't have any mass or you become infinitely heavy if you get pushed. So then the question is what is it at all? And I say that mass is potentially just trapped energy in a resonance. We are just energy that's been slowed down. But this also means that we are in a medium of energy and there's just unlimited energy to take all around us all the time. We just have to learn how to tap into it. Now, this is when I want to quote Tesla from this. I don't know if I think this was skipped over in here, but absolutely crucial quote. You ready? I'm just gonna read it from my Twitter. There is a possibility of obtaining energy not only in the form of light but motive power and energy of any other form in some more direct way from the medium. He's saying right there we can pull energy directly from the medium all around us. Tesla in no uncertain words over 125 years ago. The time will be re the time will be when this is accomplished. Uh sorry, the time will be when this is accomplished and the time has come when one may utter such words before an enlightened audience without being considered a visionary. He's basically talking to us 125 years in the future. He's saying a time will come for you when you say this on a podcast, on a live stream, and people will say you're not even a visionary anymore. Of course, we can pull energy from the vacuum. I've got my free energy device out there pulling energy from the vacuum, allowing me to produce everything going on. That day is coming. And then lastly, we are whirling through endless space at an inconceivable speed. All around us, everything is spinning. Everything is moving. Everywhere is energy. Nicola Tesla 19 or 1891. That is just if you are a free zero point energy 2025 advocate that is like just inject it directly into my veins. Inject that into my veins. That's what I'm talking about. Energy is what? Movement. We just said that. Energ Tesla realized that 125 years ago that energy is just movement. Like wait, energy just movement? Well, then energy is everywhere. How fast is our planet whirling through the universe? That's not even considering quantum mechanics. And then you look and say, okay, well, now take into account quantum mechanics and now the energy is just absolutely has to be infinite. It has to be infinite. This is why they had to make the ether go away. The ether had to go away because too scary. just a little bit too scary. So long- winded, but number one, the ether is actually real. Michaelelsson Morley experiment was refuted. Just turn it on its side. Take the experiment, flip it on its side. Boom, there's your ether. Turns out gravity is an induced effect of 0 point energy. Gravity is just us pulling at the ether. Mind blown. Okay, next one best maybe because we don't understand how it worked. But I think he's pretty clear. So I'm going to skip all that stuff about lightning. But it is the way he did it with electrostatic effects. So electrostatic fields, we know them from when we pull our sweater off and you get that crackling noise. That's electrostatic. It can manifest in materials that are isolators that can be polarized. But also conductors can produce electrostatic fields. Conductors can be polarized very easily and very quickly. And that's exactly what he did. He built up an electrostatic field around the conductor by providing it gradually a very high voltage which built up that electrostatic field and then he suddenly discharged that electrostatic voltage through a spark gap. That's the whole principle and he's okay. So the principle of what we're trying to do is use electrostatic effects, electricity, charge. What did I say just a second ago is that we know it's related to charge. And so Tesla knew this as well. And Tesla was saying, well potentially we need a high voltage. We need a strong powerful discharge through a conductor. And in a second here, he's going to explain the concept too of what well what does polarization then mean? Hal Pudof is not not like using an analogy when he calls it vacuum polarization and space-time metric engineering. No, he's quite literally saying the way we're going to make a warp drive is we're going to use extremely powerful electric effects in the vacuum. This is confusing. One sec. Explaining it clearly in his lecture. So let me let me go on. Many have been carried away by the enthusiasm and passion to discover. But in their zeal to reach results, some have been misled. Starting with the idea of producing electromagnetic waves, they turned their attention perhaps too much to the study of electromagnetic effects and neglected the study of electrostatic phenomena. Naturally, nearly every investigator availed himself of an apparatus similar to that used in earlier experiments. in those forms of apparatus. While the electromagnetic inductive effects are enormous, the electrostatic effects are excessively small. Yep, that's what I'm missing. Now, he talks about the Hertz experiments and those are electro. So, there are electromagnetic effects and then electrostata static effects. And it sounds like the secret here is not just electromagnetic effects. We also want to be manipulating electrostatic effects. And it seems like this is an area that a lot of people have discounted. H okay, now you have my interest. So when we're talking about electrostatics, we're talking about static electricity. We're quite literally talking about rub your hair and then watch your hair stand up. Same concept. just scaling that up. Scale that effect up. Also, I think it's a good shout out here to Charles Buer, formerly worked at NASA. I'll tell you what he would what his position was at NASA in a second, but currently he's working on EM Drive, Impossible Drive, because he knows there's an ether. Nobody would work on the EM drive unless you know there's an ether. and his his former position at NASA was head of electrostatics. There you go. Of course it was. What else could it be? Okay. Magnetic. Um uh okay this part heated and the electrostatic effects manifest themselves outwardly only in a very weak degree. Now I showed you that in my previous video where I used paper as a dialectric between my capacitor plates which are coils and that paper heated up to around 50° C from a high voltage source. So yeah, there goes my electrostatic effect. And so I already came to the conclusion that that paper isn't going to work. I'm losing my energy there. That's not the way to go. Better is using air. Best and he talks about it later is a vacuum. Now, let me remind you that a vacuum is full of ether. Okay, first yatsi moment of the night chat. Something to talk about in a minute, but he already just kind of dropped the bomb because he was explaining, I did this experiment with paper, thinking paper should be fine, but paper started to heat up. So, he realized, no, that that can't that's not going to work. And somebody started like, okay, well, what would be better than using just paper? Paper's just thin, you know? It's just shouldn't have any uh conductive properties. And oh, well, let's just use the air. Let's use the air. Oh, but wait, there's still stuff in the air, though. There's actually still stuff in the air. A lot of hydrogen, nitrogen, whatever is in our air, right? And so then Tesla realized, well, what would be better than that? Well, vacuum nothing. No nothing would be better. But this is also where Tesla realized that there isn't nothing. We're churning up the ether with these electromagnetic effects, electrostatic effects. We're interacting with that ether. Uh so I think we've now we're start this is the connection between what we're trying to do is that we're trying to take this bubble of spacetime and we're trying to manipulate its properties. And if we can get those properties to change, we can create a medium that's the perfect medium for transmitting a wave. One in which the speed of light isn't potentially limited anymore. Here we go. And ether is just another word for energy. So the vacuum is not empty. It is full of energy. Next bit. But powerful electrostatic effects are a sign quanon of light production and the lines indicated by theory. And sinq quuanon means essential. So he says electrostatic effects are essential. Electromagnetic effects are primarily unavailable for the reason that to produce the required effects we would have to pass current impulses through a conductor. So he talks about using current impulses. Well, I made a video about that. A current impulse is a singular change, a uniolar change in voltage. And when does that happen? It is with the discharge of a capacitor. So current impulses, capacitor discharge, we need a static field. Okay, so that's huge. So the next thing we need current discharge, current pulses. Okay. So, uh number one, we need the ether. Two, current pulses. So, this is going to be a discharge of a capacitor. Now, this is going to be extremely relevant later on. So, let's see what else we need. Electrostatic field. That means we need a high voltage capacitor. Long transverse waves cannot apparently produce such effects since excessively small electromagnetic disturbances may pass readily through miles of air. Such dark waves unless and that's electromagnetic waves unless they are of the length of true light waves cannot. Oh, so when I was reading this and actually not listening to what he was saying before, I think that what he was saying is that part of the problem I interpreted this differently, but in the bottom left uh and the top right of this graphic here. Okay. Are you guys here? I don't know what just happened. My internet just died and then came back. Weird. Okay. Uh I'm just going to go back to where we were just at. Bizarre. Here we go. Okay. So, basically what I was getting at here, which I think is really big, and now I see where it was at, is that essentially in order to pull off these electromagnetic effects, we a conventional circuit is going to melt. So, instead, what does Tesla say that we need? We might need gas. We might have to use gas. Huh. And he talks about potent potentially saying he said um we could not affect by means of such waves the static molecular or atomic charges of a gas or or uh cause them to vibrate and to emit light. Now keep in mind he was speaking from like 125 years ago. So they didn't really speak the way that we do now. Uh but the fact that he potentially already saw the use of gas is big because what are we even been talking about? We've been talking about they figured out how to use plasma. They figured out how to use plasma in combination with the effects that Tesla had already understood. So people have been secretly advancing Tesla's work related to the government for since last 125 years. This is probably why Salvatore Pais says that uh they could have figured this out a long time ago, like a really long time ago. I mean Tesla in 1891 was talking about using gases to produce these luminous effects. And yes, basically polarize when you're polarizing the gas, what are you doing? You're creating a plasma. It's literally what you're doing when you're polarizing the gas. What is polarization, chat? This is what I keep trying to tell you guys. So just combine what we already just learned in just the first 20 minutes is that we learned that okay well we need to polarize our vacuum. We potentially want to use a gas as well. And what is a plasma? If you rip the electron off of your ion, now you've created this plasma and you've created a polarization because now you have a negative and positive charges are separated. And Tesla said, well, he doesn't. It works best if there's nothing there. Well, because everything's getting in your way. The air is getting in your way. The hydrogen atoms in the air are getting in your way, but you can use it to your benefit. You can use the hydrogen atoms in the air intentionally to create a plasma. And we can use that to power everything. In fact, we probably will. We probably will for a very long time as well. Okay. And what's the concept for why that makes sense? Because we are in an ether of energy. We are living in an ether of energy. So that energy we're is we're resist it's resisting us. Everywhere we go that energy is resisting us. So the transfer of energy will be easier when there's less resistance. So look at it like this. The same way where we have our refractive index of our medium, uh we can create super fluidity within that medium where everything acts at the quantum scale the same way at the quantum scale all the way up. And if every if if all That resistance, inertia, inertia is definition the resistance to acceleration. If all inertia is the only reason why it's there is because the energy all around us is what's resisting us. The same thing giving our universe form is what resists us. Well, then how would we make that go away? We pull that zero point energy away. Pull that zero point energy away. And now we our waves are going to be able to transmit or flow freely. The same way if I were to go from a more dense medium to a less dense medium, there's going to be less resistance. Simply about density, pressure, and density. Now, here's the rub, and we're going to get to this in couple clips, but I just want to say it right away. Our medium, the medium we're in right now, here's the rub with it. Why is it not easy to interact with then? Because the medium is very inelastic. It's stuck tight. Skint tight. We got those skintight leather jeans on. Okay, we got the skintight leather jeans on and we can't really get out of them really easily. It's a to get off and on, right? That's what we got going on with our medium. So, we need to have a smart technique for interacting with that energy. Otherwise, we can't get those things off. We're going to need some help. Good luck. Rest in peace. That's the idea.