Video Transcript
gravitational wave communication on a chip. Gary Stevenson wants to test whether or not superconducting Josephson junctions etched into a wafer can make gravitational waves carry signals where radios cannot through rock, seawater, underground spaces, and other places ordinary electromagnetic signals struggle to reach. So, at a bare minimum, you can tell this is an analog for Ghost Murmur. We're going to talk a lot about Ghost Murmur in the future because it's literally this whole [ __ ] about being able to go through seawater. That was Hal Pudaf's patent, his quantum communication patent they talked about on Joe Rogan. So, let's just get all the CIA technology out here in the open because they obviously already have this maybe something. Well, beyond this, who knows? But this is maybe this to us is like Nobel Prize winning. To the CIA, this is like some [ __ ] they had like probably 10, 15 years ago, maybe more. His proposal imagines cold chip scale array that could push established superconducting electronics towards an extraordinary purpose, turning gravity itself into a communication medium. So yeah, I mean honestly I didn't have to read more than that to know that this was already legit. And I'm just sitting here wondering like, huh, how's people not paying attention to this? I'm pretty sure this is the same thing that I that I posted the clip about earlier actually because I started coming down here a little bit further. Whatever. Screw all we we already know like all this stuff about how it works. It uses Areronoff bomb effect. It doesn't probably doesn't even say that in here, but we already know that. And so it's using potentials. It's using potentials the same way that I described yesterday. The same way that they use it for the ghost murmur. And this is also why conventional academics don't understand how ghost murmur works. Because if you were to tell them about this, they would say this is also nonsense. Or they would say it's quantum, you know, buzzword. Um, so what was it I wanted? Oh, he worked with Fontana. So the work is supposedly like an advanced version of Giorgio Fontana's work on high temperature superconductors and producing a gravitational laser. Um, here I think this is the the part that I clipped on the internet. The effect Stephvenson wants to use is the AC Josephson effect. Apply a small DC voltage across a Josephson junction and the junction oscillates at a frequency determined by the voltage. This gives the device a way to turn a controlled electrical input into controlled oscillation. Remember, oscillation is what um I'm getting my two guys confused here now. Uh Sunny White said is the way to manipulate spaceime. Electrical oscillation in Stevenson's system that oscillation would sit in the microwave range 24 ghahertz. The speculative twist is to use dissimilar superconductors. Now we're talking. Now we're talking. Amy was just saying you have to use billayer to reproduce billayer superconductors to reproduce potlenovs spinning superconductor anti-gravity experiment and here we are and we're saying oh the secret use different superconductors or semiconductors in your Josephson's injunction don't use the same material in both of them wow I'm interested. Uh, and so then Stevenson describes a junction between different superconduct conducting types. So there's different types of superconductors, S-wave and D-wave superconductors. So somehow using this mismatch can force a behavior to basically force a spin to transition which we would call a gravitational wave. Jesus. Okay. I thought I saw Eric Davis's name in here, too. There it is. He says the team sought conceptual review from people familiar with the subject area, including Giorgio Fontana, whose work helped inspire the design, and Eric Davis, who's been associated with advanced and speculative physics concepts. Okay. suggest checking out that paper. I'll put a link to it in the chat right now for you guys. Or I mean it's a news article I guess technically science news article. I mean I don't even know what you qualify this as. I would call this is like the hot sheets. Like this is the Men in Black version of where are the aliens hiding? It's like where is the advanced technology hiding? Oh, it's on the hot sheets. Check out the hot sheets. You want to know where the the secret technology is being um unveiled to the world. Uh, let me play a clip because this reminded me of a clip where I have been collecting Gary Stevenson clips. Who, by the way, Gary Stevenson, was he on was he on our Black Project uh, engineer tier list? He better have been. Someone remind me in the chat if he was, cuz if he was not, he needs to be upgraded. I think I have a feeling about this guy needs to be upgraded. In fact, I'm going to say something here now. I'm not going to say any more about it. I'm not going to give any more context, but I've met Gary Stevenson before. That's it. That's all I'm going to say. Okay. Where was it? Here it is. I think it's this one. >> Great demand. Uh and also it came to light through uh conversations with Dave Rossi that there may also be other people wanting to work on justice and junction type communication equipment. Uh for instance uh Hal Puth's name came up as possibly working in this area. And so when >> h >> we for instance approached star cryogenics with this notion. They said I'm sorry but we're already committed to a to another design team. So >> chat I feel like this is like the daily show now. [ __ ] chat. We got so many receipts now. When we just go back in time and see [ __ ] it's like, >> hm, what's going on here? Here's another one. H, >> there was another part of this that may have been related to secret sauce, which is this texturing on the outside of them. >> Yeah. And that's essentially I believe it was putting one layer of a superconductor on top of another and then centering and you end up with kind of a basically a bilayer device right chat chat a blayer device chat these old clips chat wow holy [ __ ] I just randomly pulled this clip up I did not know what he was about to say right here. Say it again, Tim Ventura. >> Cost, which is this melt texturing on the outside of them. Yeah. And that's essentially I believe it was putting one layer of a superconductor on top of another and then centering and you end up with kind of a basically a bilayer device, right? You might think of it almost like a >> dude. What? Gary Stevenson's camera. What does he have it in cinematic mode here? Hold on, chat. Hold. Watch this. I someone needs to make a clip out of this. My god. I sorry I have to hide the the com. Do you notice how he gets asked about the bi layer and he just like sits back and like the camera like zooms in on his face. That is just perfect because you know the man knows it's like oh no he just randomly came up with this. This is from like two years ago. He randomly came up with like this idea of a blayer superconductor. No dude. So, he's sitting here like, "How would I respond to this question?" Holy smokes. Okay, we're going full screen on this. Oh, that was great. Ask him about the billayer superconductor. Long pause. Sit back. Wow. Cinema chat. Yeah. And that's essentially, I believe it was putting one layer of a superconductor on top of another and then you end up with kind of a basically a blayer device, right? You might think of it almost like a >> significant because there are certain billayer devices if you go from an S-wave to a Dwave or vice versa, you know, you could trigger a a um a spin 2 transition which would result in a graviton. So it could be significant. And I've looked at Giorgio Fontana's work uh and looking at his work, the the so-called gazer, the gravitational laser, uh that's how it it operates. It has a dissimilar Joseph injunction where there's an S type uh type a type one attached to a type two D type and then when you go through that barrier when you push photons through that barrier uh they're they're forcing spin two transitions which are gravitons. So you're essentially you're you're taking photon energy and you're remitting them as gravitons. Uh and so that may be one of the ways that this was working versus versus the current zero zero point motion. >> Okay. >> So quantum it could have been a quantum effect. Yeah. I I have a feeling chat just my opinion. I'm Chad. Don't listen to me. I'm just a healthc care IT guy. What do I know about quantum effects and spin 2 transitions? I'm just a dumb dumb off the street, but I'm going to go ahead and say my opinion. That guy, he might know some [ __ ] That Gary Stevenson guy, have a feeling he knows some [ __ ] If I was going to talk to somebody about gravitational wave generation, that would be my go-to.