The Sun Is a Plasma Sponge

We can produce a free energy pump. This is why Salvatore Pais has suddenly tapped in Well, he's always tapped into fusion, but now tapped into this idea that we that's like the sun is pulling energy from the vacuum. Here's an old DOE video. >> What is it? Would you help us understand the fusion process and tell us about some of the research being done? >> That's a pretty tall order. >> Yes, we realize that. Let me see where to begin. About 8 minutes ago the sunlight now entering through our ceiling escaped from the surface of the sun.

Primitive man believed the sun to be a huge ball of fire. Much like a great chunk of coal that would eventually burn itself out like a cold cinder in >> Dude, I miss these old videos. Dude in the beginning just randomly pretending like there's somebody watching him and they're doing a voiceover. I love it. And then full on primitive man Primitive man thought the sun was a ball of hot fire. They thought we had 3 days left to live, the universe would end on Sunday.

But no, alas it did not end. It persisted. So right here, first thing he's saying we didn't understand what the sun was before. Why? Because fire runs out. If I make a torch, that torch runs out in a few minutes.

So how can there be a ball of fire that just never runs out? That was the question. That was why people were worshipping the sun. Because it seemed impossible because it gave life to us. So, we had to come up with a new answer. >> years. But in the 1920s, astronomers changed all this.

They told us that it was nuclear energy that fired the sun and stars. Our sun is really a star, not just [music] an ordinary furnace sending out light and heat, but a huge [music] nuclear furnace that will burn and produce great amounts of radiant energy [music] for millions and millions of years. >> Notice the radiant energy reference. That's a little weird, isn't it? Why are they calling it radiant energy? Why not just call it light? heat They specifically use the words radiant energy. But that's not the truth.

I'm now ready to go all in on this. Previously just a theory, crazy one, that that is wrong. That the sun is not simply burning up and doing fusion until all the fusion has converted, alchemized into new elements, and then explodes. And if that were the case, if it was simply just fusion happening, stars wouldn't last nearly as long as they are. You have to realize fusion happens on time scales that are so fast. And yet, the sun is existing for billions of years.

I guarantee you they have to come up with some mechanism by which the fusion process is very tightly controlled, so that it can't just be runaway for that to happen. And I'm sure they say, "Oh, well, the gravity is controlling it perfectly." And in the sense, it kind of is. In the sense, what's happening in reality is there's a perfect geometry, a perfect balance at play. But, it's not a perfect balance. Because if it was entirely a perfect balance, the sun would be a perfect sphere.

It would be an absolute perfect sphere. But, it's not. We see that there are arcs, coronal discharges, magnetic reconnection events. This shows that the sun is actually not in equilibrium. What do I mean by that? Equilibrium would be a perfectly spherical ball.

Everything's in its location and its spot, and it's all lined up exactly. Non-equilibrium means the system is constantly dynamically changing. Constantly dynamically changing, and that's why you can get these amplification runaway effects, where you'll get a coronal mass discharge or a magnetic reconnection event. Shoots all this energy away. That's what Salvatore Pais is saying. Here's a clip. >> is our sun.

Do you know that our sun has a surface charge, an electrical charge? Even though, quote unquote, a plasma is neutral by definition, not so the sun. The sun has an electrical surface charge. And what is it? It's a ball of plasma. >> Mhm. >> Highly non-linear. I mean, look at the idea of coronal mass ejections.

What gives rise to such energy amplification that can result in coronal mass ejections? Of course, locally, this exhibits a surface charge. And remember, there's a spin associated with What if What What if the sun under certain conditions can actually break the Schwinger limit locally. What does that mean? Could the sun, our sun, have another modality of fueling itself, not just by fusion? >> [snorts] >> But by actually extracting energy from the quantum vacuum. >> [music] >> Let's go, baby. Oh my goodness.

I love this man. I don't know who that is he's talking to, but he's definitely not keeping up with my how what my man is putting down right there. I am on the same wavelength as Salvatore Pais chat. What what words to be able to say those words out loud? Feels good, chat. Feels right.

Feels like we're winning. No, but what's he saying there? He's saying that the sun is a ball of plasma. It's a non-equilibrium plasma. He's saying there's certain parts of the the mechanisms that are going on in the sun that are breaking the Schwinger limit. What does that mean?

That means it's breaking through the energy density of reality. Breaking through the roof. And if it's doing that, we know what he's saying. He's saying it's tapping into the ether. It's got It's creating a connection to the ether. When you break through the Schwinger limit, you're making a wormhole, chat.

That's what they're doing to the plane. They're breaking through the Schwinger limit. Think about it. You're breaking through the reality. And when you break through reality, you're coupling, you're connecting our reality to the extra dimension, to the ether, the nothingness. So, he's saying that the sun, due to its geometry, is not just a simple fusion reactor.

It's not just what that DOE guy was saying. There's another element like yes, fusion is occurring. But there's another element to it that it's tapping into another reservoir. In fact, it might be birthing energy into our 3D reality from the ether. Because if you look at it from this perspective, now you'd say the sun is a tap into the ether, into zero-point energy and it's pulling energy out of the ether, shooting it everywhere, the heat. All the energy it's shooting out that's feeding our reality.

So here's my thought. We're getting smart. We can start becoming a threat. We can start becoming a threat to people. So what's the easiest way to be fair, chat? It's just to put it out there on live streams. Let everybody fight over the technology.

Here is an Ashton special. We can create an infinite energy generator using several technologies that we have, it's hard to say discovered because we've just they exist on the internet and we found them, but they're being suppressed technologies. So number one, we start off with Salvatore Pais's magnetic field amplification. Where Salvatore Pais says in his equation 789 the B field, the magnetic field can spike, can increase exponentially. And if you press grok on this, it'll say yes, this is true. The right frequency, if you increase the frequency, hit a resonant frequency, you can spike the magnetic field.

But the problem is that your system can only maintain so much energy or it's going to explode. And normal conventional metals, any material at all, the more if it gets to a high enough amount of current, it's going to blow up the the actual physical material. >> [snorts] >> Now, let's combine the B field amplification with this superconducting magnetic energy storage device. This superconducting magnetic energy storage device says, you can apply a current to a superconductor, and you can create you can store energy as magnetic fields, which is massless.

So, now you've got massless energy that can in theory, I don't see why it can't be stored up infinitely. And the only holdback the straw back to storing you it up infinitely and amplifying it to infinity is the material. So, let's add another aspect, no actual material. Just plasma. Instead of trying to have superconducting magnets and everything going on, what if it's just made out of plasma? Well, what conventional physics is going to say is that well, it can't just be made out of plasma because plasma can't be self-stabilizing.

Plasma will have runaway um instabilities. But, that's another aspect that we just learned, isn't it? Now, let's assume that's also wrong, because it is wrong. Because Bostick and Ken Shoulders showed that plasmoids are stable. They are self-stabilizing. So, now if we combined all these, and we say we're going to take our super high capacitor and then Salvatore Pais recently talking about that we should treat capacitance as the design variable preceding the B field.

He's saying what creates the B field? The capacitance. How much you can store will determine how much you can make the B field go up. Okay. So I want my capacitor to be able to go to infinity. So in order to do that I need to get rid of physical materials.

It needs to be a plasma based capacitor. And then you can use a piezoelectric squeezing mechanism. Why? Because think about it. When what is piezoelectricity? Piezoelectricity is if I squeeze the material it produces electricity.

Why though? Because you're moving physically moving the positive and negative charges. If I separate positive and negative if I go and I go you go you guys you get apart they're going to come back together. That's why you get electricity. So now if we have a ball of plasma and we have some positive charge over here and some minus charge here we can just squeeze it. If we squeeze it it's going to produce electricity.

It's going to produce current. Okay. And then the last thing start to finish here it is. Pais's exponential flux growth magnetic field flux growth, superconducting magnetic energy storage, capacitance as the design variable, piezoelectric squeezing, and Puthoff's vacuum extraction through hydrogen. So the last element we take all these aspects and we say how are we going to interact with the vacuum? Well the vacuum itself is feeding every single atom. That means the vacuum is technically feeding the plasma.

Because plasma's made out of atoms. So, that means the plasma's already a natural medium of how Puthoff's right. And the reason why atoms are stable in our reality is because they're leaking energy out, but they're also absorbing it in at the exact same rate. Then if we push on these atoms, in theory, we can get free energy from the vacuum. We can squeeze on these atoms and pull energy from the vacuum. So, we combine all this together, and what do we get? We get like a plasma sponge.

We get a plasma sponge that when you squeeze it, pulls energy from the vacuum. And here's the best part. What is it charge up? It's charging up its own magnetic field. The last aspect of this is that now if it's a closed system, you still can't do anything. If it's a closed system, all you've created is a balloon with no control.

But because we're tapping into zero point energy, we can make it an open system. We can say, "We're pulling this energy from the vacuum, and then we're rerouting that to our capacitor, our magnetic field storage, and then we're using that energy to fire a laser or whatever else we have to do to start the process over again." So, now we've created an open system that pulls the energy from the vacuum, uses it to fire a very low input energy laser to start this process up, to start this fusion process up, and it just repeats. A perpetual motion machine free energy device.

So, the verdict is yes, theoretically it works. Practically, nobody has built it. The gap between the two is exactly where every free energy claim in history has died. And here's the thing. The mechanism already exists for this in plasma. It's called Taylor relaxation.

A plasma with an injected magnetic helicity spontaneously reorganizes into a force-free state where the current flows parallel to the field. So, the Lorentz force vanishes and the structure holds itself together. Spheromax and reverse field configuration pinches are exactly this. And they form in milliseconds. So, here's the catch. The catch is this is exactly what they're doing at TriAlpha Energy and Helion Fusion.

The catch is those guys are making ones that last .1 seconds or less. We're looking at one that's stable that's in some kind of structure and system that can fly around for a long period of time.