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Eric Lerner It's going to be short. Plasma. This is my other thing. Orbs and goblets. Orbs and free energy. That's my things. What do you need to know about plasma fusion? Okay? Okay, dum-dums, listen up. Fusion a neutronic fusion, which is like fusion on Super Saiyan, Super Saiyan fusion chat, SSJ and dense plasma focus. Those are the only things you need to know. Okay? And now all you have to do is watch and listen. Use Use Use your eyeballs. Use your ears. Where is he? Shout out to William Schwant chat. Give him Give him a shout out. He spams too much and he gets himself banned. Give him Give him a shout out. There he is. William Schwant. Wait. Am I not subscribed? Okay, we're subscribed, chat. We're having a good time tonight. Eric Lerner, some kind of By the way, there's Chinese written all over this. This definitely happened in China. If we don't get our asses together, Trump administration, China's going to be rolling out some Jarvis orbs, knockoff Jarvis orbs at 20% the cost, and we're everybody's going to be speaking Chinese because they all got Chinese little Jarvis orbs. You know what? I'm going to buy three. So, let's pay attention. >> contamination. Problem three again emerged when we look back at our data. We are using as part of this DPF an axial field coil, which produces a small initial axial magnetic field, which induces the spin in the plasma. Controlling that spin is vital to controlling the formation of the spinning plasmoid. Too much spin and the centrifugal energy resists compression. Too little and you don't get the kinking that forms the plasmoid in the first place. Now, what we found was >> Holy shitto, chat. There you go. Here's the secret to fusion. I just gave it to you in a 30-second sound bite. The secret to fusion is spin. It's spin. You want to turn the little plasma into its own self-sustaining engine. And what is an engine? Well, I just taught you electromagnetism like 2 days ago. Uh a moving magnetic field through a coil. So, let's just do this [ __ ] on the plasma level. Make it happen. Here you go. You spin. And the secret is the right amount. We want to spin our coffee a little bit, right? We want to spin it up. But, we don't want it spurting out the sides. That's a problem. Look at those plasma chat. Let's look at the plasma orbs. Let's look at the plasma orbs. Thank you, CIA. Appreciate you. Appreciate you for releasing these for us. Thank you for doing this operation that you never should have done in a thousand years. Look at how Ooh, look how clean those plasma orbs. Look how easily they teleported that plane, chat. That is a beautiful plasma. Now, I haven't seen a lot of plasma orbs. In fact, these are the only plasma orbs I've ever seen. But, I guarantee you this gets 99 out of 100 on the quality meter. Not quite perfect sphere. Not quite perfect I'm a I'm a harsh judge. But, Ooh, look at that Look at that Look at that trail that laser beam trail or x-ray trail or whatever you want. You can see extending out here. Ooh, look Look long that is. That is pedigree right there. That tells you Lockheed Martin. That tells you this is old school tech. Mhm. Look at that beautiful plant. Look at how it spins. Look at how it spins. Look at how it ro- But it's rotating kind of slowly, right? And it's not It's not regular rotation. Mhm. Spin your coffee. I almost guarantee you if you study Oh, well, let's get this off here. You study this spinning Look at that. You will find out how to make perfect confinement fusion. Not like a little bit of confinement. We have like "Woo, a couple of microseconds. We were able to do fusion for a couple of microseconds." Uh dude, do you see these plasma orbs? Do you see what we're dealing with here? This is why no one can believe this [ __ ] Because from a fusion perspective, this is like generations beyond where we're at right now. This is like Apocalypse came back from the future with his weird ass time creatures and messed up ass mutants that have like four powers. Like we weren't supposed to have this. Man, beautiful crescent shape though. Mhm. Man, this last part This is the part that always bugged me though. You look at this and you're like, "Dude, how is that real?" I mean, it's there and it's not there in one frame. Look at that. But right here, this is the part no one ever No one ever faked this, dude. No one faked this in a million years. This is so crazy that you think this is motion blur. But you look at all the other frames, there's no motion blur. There's no motion blur at all. Not in any frame. And then suddenly in the frame right before this [ __ ] is gone. Gravitational lensing. Unreal, dude. Okay, sorry. Learned a lot on this. Eric Lerner, please, sir. Bring me back. >> But the actual feeling coil, which only has a small DC current, was developing through interaction with the plasma very big oscillations. And these oscillations were hundreds of amps. Much bigger than the imposed uh current. So, we needed to get rid of those. >> So, here's the other You're about to Guys, honestly, you're going to be know more about fusion than like 99.9999% of people ever. The secret of fusion is the instabilities. And what they What do they mean by instabilities? They means the interacting electromagnetic fields of the plasma eventually start piling up until the plasma explodes or it shoots out, it doesn't stay stable. That's what all of controlling plasma is. And in fact, the kink, the plasmoid, is an intentional kink. The plasmoid forms because the kink forms. Imagine your telephone cord. Remember those kinked telephone cords? Imagine how they all get wound up, but you just let it do its thing. Let nature go ahead and get wound up if you want to get wound up. And then the plasmoid forms. And then you're just trying to keep the plasmoid stable. Trying to keep it stable. That's what we're trying to do. >> So, in the past year, we've been working on solutions. So, we started uh again in June >> We're going to skip back to the other stuff. We're going to get to the other stuff. Here we go. We're going to go to 1.4. I think there was something else. >> developing through interaction with the plasma very big oscillations. And these oscillations were hundreds of amps in the speed uh this uh cat Alfven critical velocity speed limit. And that's by putting more decaborane in. To do that, we had to heat it more to generate more pressure. And just last week, we achieved the test field to 2.1 torr, which is close to our goal of 3 torr, which we expect to achieve next month. So, that's sufficient to achieve the correct heat velocity. In addition, we [clears throat] plan in the next experiments to increase the level of pre-ionization, the gentle current that pre-ionizes the gas and leads to a smoother breakdown and a more symmetric compression. [clears throat] So, of course, I had wanted to present the results of solving these problems, but as you can see from the dates, we ran out of time. So, these experiments will be done in August. >> So, he says they've been working on these experiments, and what they were trying to do is they're, of course, trying to get the yield up. Um, I forget what he said. There's something about the Oh, there were There's something about using the Alfven waves, which are the plasma waves, and the theory related to plasma waves, and helping to use that to work on stability.