Video Transcript
Okay, brother Ashton, you can ask anything you want. >> Well, now we've got everybody here. Now it's time. Is this uh a thermonuclear weapon that we are witnessing in this video? Since since this is your you're a free, you're not, you know, you're here on your own accord, giving your own personal opinions. Nobody here is giving any official opinions based on any militaries. But I've got to say, I think this is a thermonuclear weapon. Although I think I would can say it's a con unconventional fourth generation thermonuclear weapon. The reason why I say that is that plasma is technically not uh a fishing detonator. It would be a nonfish detonator I believe. I've learned a lot about thermonuclear weapons by the way. And we're looking at this triangle formation which is consistent with pulse shaping which is like wave shaping. You need all your waves to converge at the right pinnacle moment, at the right pinnacle location at the exact same time. And I can't stop thinking about it because one of the other things in thermonuclear weapons is uh computers. Computers. One of the first things I ever mentioned about these was like AI and like how we might these these orbs all this stuff might must have like super advanced computers going on as well. And turns out when we first developed computer it was also based on nukes. Like I mean sure they probably had the idea of computers before that but that's what we were using them for in the early stages. And John Kramer John Kramer admitted that one of the things that they use quantum computers for is nuclear calculations. So let's start with uh let's start with S since Sal just jumped in. S what do you think man? Do you think that this is a thermonuclear weapon? You think that's a fourth generation thermal? And I hope we also speak about directed electronic warfare devices which I believe China employed one right before presi met with President uh Trump and it's from one of the things President Trump actually said on Air Force One to the press that I deduced that when he said bad fuel issues exposed directly to more more electric engine technology which is used on modern jets. One of them was a jet fighter. fixed wing. The other one was a hilo. So, rotary. It's the perfect statement basically saying we have a directed electronic warfare device that can disable and basically destroy your both rotary and fixed wing aircraft. >> Hence, be careful with Taiwan. Dot dot dot. This was a message. I truly believe that. So, again, just like that was a directed electronic warfare device. I truly believe that. Remember, we're talking about China here. We're talking about the Misho satellite. We're talking about quantum communications. We're talking about the ability to have, as you well know, >> Dr. Ashton Forbes right there. You well know that they have quantum radar. You do you know that quantum radar is truly the brainchild of a great a great great mind Marco Lanzagorta of Naval Research Laboratory circa the year 2000 he came um up with this idea of quantum radar they thought of it like sci-fi they give him minimal money to play around with it meanwhile the Chinese took all the pamphlets translated it to Chinese and what in 20 years they have quantum radar so the ability to render all stealth aircraft that we know of obsolete. >> Yeah. The quantum radar thing is honestly mind-blowing to see that. Like they it had been talked about five or six years ago, I think, as China was going to work on it. And the new news recently was that now they're mass-producing it for all their fighter jets. >> That's unbelievable. >> And I mean, quantum radar, when you even look at it, says it uses EPR device. Literally says it uses an EPR device. Not only that, it's resistant to all manner of electromagnetic jamming. So while we would have to invent to take care of the EPR paradox and gentlemen, little light bulbs are lighting all around. I hope our our best and brightest are are are working on this as I speak is a Q jammer, a quantum jammer, something that affects >> I've been wondering too >> cuz Okay, so you kind of danced around the question, but you did say that you think that it might be like >> it's a directed it's a directed weapon, sir. Absolutely. I agree with you 100%. This is But I believe they took it a step further. It it I think that they used the ideas beyond behind the fourth generation thermonuclear device and coupled it with autonomous AI units room temperature superc conductivity possibly the existence already of AGI. I don't know what else to call these. I mean maybe not AGI but something extremely close something that has the ability uh these let's call them AI agents for now possibly SAB AGI but they're definitely autonomous remember the last sequence when they compress the space-time continum at a quantum level energy density again speaking of energy density that 10^ the 25 is jew per meter cub which is necessary is the energy density in order to bring break the swinger limit 10 to the 25 jew per meter cube. You understand what these three freaking orbs are able to deposit in that small area. What are these? Of course, they would have to be based on something thermonuclear in origin, but it's far above that. There is it's like a hybrid device. Who? This could be hybrid technology, gentlemen. >> It makes you wonder because like I think they figured this out in the 60s. We signed the partial nuclear testband treaty in 1963 right after the Ripple project. Like it's like, oh, and John Knuckles brags about, yeah, we found how to make super high yield, super high gain, clean fusion bombs, but we never tested it. Never did it after the Ripple project at least. and now we're banning everybody else from doing it. And then it makes you wonder, okay, well that was 1963 and now what have we done for 60 years? basis. >> If I could jump in quickly to add to what brother Sal said, if we have for example, we have a direct energy weapon here and in the example here's the plane for instance, it's possible the technology they are using is set up such that again in between that the the uh em the emitter and the plane if you actually took electromagnetic measuring equipment you would not get any electric or magnetic current readings. However, what happens to the plane, the result of what occurs in the plane is electromagnetic. So the transfer of the energy is perhaps occurring at a different level or layer of reality, but the actual effect is still electromagnetic in the result of what happens to the plane. It's so again, this is what makes this so uh interesting but also dangerous because you can't detect classically any of the electromagnetic fields as the waves would be traveling. >> Yeah. And that's the big thing about these quantum devices, right, that use the airhop boom effect is there's no classic electromagnetic signal to detect. And the same reason why you can't jam the radar either is that there's nothing to get there. >> And if I could ask one more thing, I wanted to ask brother S. Um, I'm sort of leading the witness here, brother, but do you think uh uh room temperature superc conductivity is crucial to the uh different types of uh energies and uh you could say technologies you were discussing? Uh quite possibly, but I believe it it could be an effect thereof. There is something greater that generates. [snorts] >> Gotcha. Got you. >> And I believe that brother Ash and you and I have all talked about this non-stop. Basically, you drive a non-equilibrium plasma, a nonlinear medium far from equilibrium while still while still inducing an um an energy flux within it, which means what? The engineering of the pregoin effect. >> Can I say s I want to say something and I'm going to say just one sentence and then I'm going to stop. Uh um privately I've been looking at this the slooh rate in high voltage transients. >> Oh. Oh my god, Charles Proteius Steinman. Speaking of which, >> brother Ash, we got to talk about the plasma disruption fusion weapon that's really based on the plasma compression fusion device >> with a little added, let's call it, let's call it a Zpinch with a fusion twist. >> Gabriel Cron's model for space for a space-time metric was very interesting. He viewed the space-time metric as one big um uh circuit, >> one big system. But that's why he did his rotating electrical machinery. Gentlemen, the Nobel Prize um 2025 the one uh um on macroscopic quantum tunneling >> they actually use they use um look at the circuit that they actually use they use an inductor and a capacitor in series. >> Hence frequent vibration vibration on the order of 1 / LC. >> Oh okay. I'm sorry, brother Sal. I thought I thought we weren't gonna say Okay. So, yeah. No, it's an LC circuit. Yeah. >> Yeah. Yeah. Yeah. Yeah. >> I mean, if you just look at what a cubit is, I mean, a cubit's just Joseph's junction. It's just a two Joseph and junctions forming a squid or a Joseph Junction forming a squid and then connected to a capacitor with a pulse current through it. Like, wait, what? That's all. When I figured that out, I'm like, wait, >> here's [laughter] another simplicity and minimalism. All the greats have based their ideas on AAM's razor. Right. I agree. If I can mention Ashton, this is for you and your your audience. I want to mention, I know brother S knows all about this, but if you took um for example, we know about Joseph's and junctions. You have a superconductor, an insulator, then another superconductor. Okay, there's another uh phenomena you can invoke that combines the squid phenomena with the aeronoff bomb effect is simple. If you take a superconductor and then a normal piece of metal instead of an insulator and then another superconductor beside it, you actually get aeronof boom phase modulation effects just by pulsing the the junctions with voltage. >> Really? >> Yeah. Well, we know that there's been production of hydro anomalous hydrogen in low energy nuclear reaction experiments. They can't >> you talked about low energy nuclear reaction and the common theme I've seen is vibration amongst all these things. And I mean S just mentioned the equations for time and and relationship to frequency as well. >> Not just not just vibration, brother Ash. This is key. Accelerated vibration. Again, you drive your system far from equilibrium. This is key. You drive a nonlinear system far from equilibrium >> with with with if I could say quickly with pulseed high voltage transients. Um >> let's go back. Let's let's lower our our level down now so we're not super in the math physics for every because I know there's just normal people that are watching too. Let's go back talk about the orbs for a second because AI definitely in my opinion I think the only question is are we dealing with a you know agi or is it more of like what s was talking about autonomous intelligence right but like you you look at how these orbs are flying around and it's got to it's got to have complex math going on for 3D vectoring through the sky even if without that the equations like the whole thing about reaching the shrerer limit and the whole thing for why people don't think nukes can manipulate spaceime is that we need this huge amplification of energy massive amplification energy the math must be perfect right like we need the orbs to be perfectly equilateral when they're converging on each other and it can't be off at all if it's off by even a little bit then the amplification doesn't work correctly right like it needs to be and that's what all the physics and stuff around uh thermonuclear weapons is all about. It's all about figuring that out and using these super powerful computers. So, to me, it seems really obvious that we must have really advanced secret computers potentially to the idea even to the level of them being almost sentient. I even wonder, and I don't really think this is a high probability, but I think there's some chance that we have like a defense system that's like AI already. Well, if I could say quickly, you know, Ken Schers predicted in the early 2000s, he wrote a paper that he predicted in the future he foresees the ability to create an electrical circuit purely with uh a plasma Bose Einstein condensate and photons, nothing else and vibration. No, no, no actual solid wires or anything. >> Yep. And that's what I think that the orbs are doing. I think they're creating a quantum circuit. They're creating a circuit, but they're doing it, you know, with the plane. in the planes the null point. And I guess my bigger concern though is that I more and more I talk to you guys more and more I research I think I mean if that's a thermonuclear weapon like what's really even happening like what's even happening in a wormhole? Like are they are the people inside being annihilated? Are they being heated up or does like the space-time manipulation supersede the heating up of the plane? Could that come out in one piece? Is it coming out in multiple pieces? What do you guys talking about? I would have to perform the experiment in order to find out. Remember that experiment trumps theory every time. >> Well, you know what's scary about that is then I sit there and I go, are they testing this out? Like, are they is this an experiment? Like, of course, you don't have to experiment on a civilian airliner, but like imagine it's collateral damage anyway. Imagine you're going to run an OP on a plane anyway, and you're going to hit it with a missile, and you're like, you know what? Let's just hit it with our super spaceime manipulation weapon and just see what happens. Like do you think there's a possibility that that could be in play? >> Brother, I have a feeling sorry brother Russ before it's a quick interruption but it's something based on brother Ash said I have a feeling these computers may be hybrid biological based not just silica. We're not talking about silica sensions here. We're talking about possibly neuron based sensions. >> You think it might be that advanced where there's already biological >> 100% 100% this may not be silica based. It could be a hybrid thing. Yeah. Yeah. >> Well, you know what's weird about that is that some of those dirds or I think it's one of the dirds talks about maybe it's not the durs but somehow pud off relating how many like drones a human mind can control at once. >> Wow. >> That one really bugs me because it's the one paper that sticks out from the >> It was the the brain machine interface one. >> Yeah, the brain machine interface one. We know that Don Phillips, he was he he's passed away now, but he was Don Phillips was former uh Air Force, CIA, Lockheed, Skunkworks, the whole thing. He openly said in the in the early 2000s that I believe the company is now defunct, but it was called Light City International LLC. He claimed at least that at the time they were already working on Craft in the 80s with that they could control with their thoughts. That's what he claimed at least. Um >> yeah, it's hard for me to believe it, but I you know, at the same time, why not? I mean, if I if I'm saying that an AI is controlling the orbs and getting them to spin perfectly like that, then what's the difference between that or like a a hybrid human bi biological or just even maybe human? You believe in remote viewing? You believe in psychic powers? I mean, >> right. No, to to your point, he he claimed it. I wasn't there. I can't say for sure, but he that's what he claimed at least. >> S was mentioning a recent incident. And I I posted about it on Twitter from a couple weeks ago where two US I think a helicopter and a plane both crashed within like 30 minutes of one another in the South China Sea and Trump the excuse that was given was bad fuel like what [laughter] what does that mean? How many how many planes got the bad fuel? How did we figure out that it was bad fuel so quickly? >> Well, if I could say quickly, it's kind of like when the >> It was a show of strength, brother. It was a show of strength right before a trade deal. It was a coupra by one of the greatest diplomats of all time. >> And if she of China >> Yes. Yes. And if I can mention as well, I'm not saying that I know this for a fact, but I speculate that when you look, for example, I think it was earlier this year or last year when the former uh supreme leader of Iran when his helicopter mysteriously crashed. >> Oh yeah. The timing of that seemed to me like someone was sending them a message, but again, I don't have the facts. So, just my speculation. >> Yeah. The hard part with this is like, and I'm I'm curious opinion, especially on this is like why I'm careful about sharing some of this stuff is like you when you know what's possible, it's pretty easy to be like, hm, that helicopter going down when there was two other helicopters and there was like no bad weather, just randomly going down. It was pretty crazy. Or I mean, this incident too, I got to agree with S like Bad fuel is a bad excuse. [laughter] >> And and for just planes like military planes just go down like >> but bad fuel speaks to more electric issues, >> right? >> Which is what they use in their engines. >> Right. Right. >> And I think this is where um >> and affect an an electric engine, a direct device >> and this is where this is where we have to be careful, right? I put it in a satellite in a polar orbit and I have a constellation of these, six of them to be more exact. But anyway, all right. >> And this is where you have to be careful though because I mean we talk about physics and science that is in my opinion highly credible and >> maybe sorry. Maybe the satellites are in a rosette geometry. Who knows? >> Oh. [snorts] Oh my god. Yeah. >> But this is where Tom Bearden got in trouble, right? Because he starts talking about making earthquakes. Oops. Oops. Well, we know there was a newspaper article uh back in the 1930s that I can pull up after the show if you want to show to your audience Ash if you want in which there was speculation in New York City that Tesla would Nicola Tesla at the time was making the ground shake in all over the all over >> with a mechanical oscillator brother right >> which shows you which shows you we do not truly understand our physics. He did it with a simple pressurdriven mechanical oscillator. You know the article I'm talking about? Yes. Yeah. Yeah. >> And and he had to break the damn thing. He had to take a hammer to it because the building was about to go down anyway. Yeah. >> Yeah. Yeah. No, I [laughter] Yeah. Resonance.