MES Math Q/A 64: What are Electromagnetic Potentials? by @mes on 3Speak
YouTube - Rumble - Odysee - BitChute - X - Twitch - Math Q/A playlist Electromagnetic potentials are mathematical fields introduced via vector calculus identities to satisfy the homogeneous Maxwell...
Tags: #3speak #math #technology #electromagnetism #scalarwaves #vectorpotentials #education #vectors #calculus
and recording, all right, can y'all hear me, all right, I'll put this everywhere, uh, then yeah, today's gonna be an epic, um, epic Wednesday stream as always, uh, again, uh, name in the game is, uh, learn science mumbo jumbos, uh, rapidly, quickly, and again, free energy tech, uh, we do this every other week, as always, um, I mean, every other, uh, every fortnight, I mean, every fort week, uh, basically, Yeah, so every other week I'll do the live streams, but then the weeks when I don't, I'll be doing just random research, free energy research. So I'll be doing Tesla Coil experiments, hopefully, soon-ish, it'll be next week, I'll try to push it. Right, oh, oh, Will, or Williams is on the chat, alright, howdy, epic stuff, let me just check this out. Tesla Coil experiments, hopefully, yeah, yeah, so I'll be doing test, cool experiments, so here at MES, I kind of go through, a bit like, A bit mad. I gotta go through everything in extreme detail. First, the mainstream moment is very, very important to get the mainstream, correct. Next I'm gonna do is, I'm gonna open up the chat here, and I'm gonna go over and email someone to send me by Crop Circle, so that's gonna be quite fascinating. Pop up a chat, but this thing doesn't work. It's like, I don't understand, like, Twitter's like literally a trillion-dollar company. It's like run by a trillion, like, literally Tesla, Elon Musk, and all that stuff, and it's like, it doesn't work, I see, billions of users. You can't even open a chat thing either. Like, is it, and it says it's not live, but it is live. Like, are we in a clown world? So I just can't use that, okay, so that's that. Bitchute, let's see, bitch shoot, you used to have an open up chat, now you can't do it anymore. Yeah, it's live, though. Rapidly, quickly. Alright, so anyways, so it's live. Bitchute, it doesn't have a chat open, like, can't pop it up. So again, it's like, what are we doing with these clown shows? Alright, anyways, guys, so yeah, that's live, here's the Threadcast, as always, I'm putting everything on the Hive blockchain, and on Telegram there. Telegram, I just like, is it super, super fast, like, you can just put all in there, and there's no newsfeed and so on, but the Hive blockchain, because, yeah, everything seems to be on the blockchain, on the Hive, and open source, and anyone can access data, you head of AI, can do all that. All right, so first thing I'm going to do is actually, Before we get into electromagnetic potentials, because again, I think there's definitely, like, that's, I think that's a huge thingy there, just I understand what in the world that means. What's an electromagnetic potential? But before we get to that, I'm going to read this giant email. I was going to read it, like, on my own, but I'm like, might as well read it so that you guys all see it. So it's pretty wild email. So this guy here, collaboration on an open, evidence-based crop circle analysis project. And then this guy says, this guy says, but reading, yeah, hopefully it's all right that I read it's in public. And again, I think it should be fine. But again, you email MES, you best believe, it's called public. So this guy, says, hello, I recently watched your documentary Crop Circles, the Hidden Truth. Well, it's not my documentary, this is the one by Richard Hall. So Richard Hall, it's a great video production guy. So I didn't actually... make this, I just uploaded his, I guess, Richard Hall actually says that you can upload everything he, he has, and so on. And, yeah, upload his, and then, obviously, I give permission to, oh, I give credit to Richard Hall, and there's original documentary on his crop circles set up there, and so on, and yeah, it's 5,000 views, it's pretty, pretty decent, by my standards. All right, so the Hidden Truth, as part of research project, I'm leading, so this guy's leading a research project, and I want to reach out about a possible collaboration. By way of introduction, I've personally followed the UFO and crop circle field for more than 20 years, and professionally, I'm an AI and IT engineer. Okay, we got an AI engineer. I'm an AI engineer as well. I go ask Grock, hey, can you do something? Can you make me a website that doesn't? I don't make me a photo of, like, nonsense, and it does it. Right, um, I just want to check out my face looks like, okay, the face is fine. Anyways, all right, let's keep going. So, currently chief technology officer at Buildwell AI. No way. Where I lead machine learning operations and infrastructure, computer vision, and vision language model deployment, image, and document processing, pipelines, vector, and graph databases, and large-scale containerized systems. So what in the world's containerized systems mean? This guy's on another one second. I'm going to go right here. And actually, I'll post this, this is a Threadcast in there. Alright, there's a threadcast. Okay, let's go back to this email. So this guy is a, I want to go to the website, uh, yeah, Buildwell AI, and his name is Badrindine Autki, and he's an AI engineer. Let's go Buildwell AI. Let's see if this shows up on here, unless it's like a startup, okay, build well AI, he actually has it. It's in the UK. Okay, UK's got a lot of UFO crop circle setups there, decline, okay, so this is a decent site. Okay, build well is a compliance, compliance intelligence platform for the construction life cycle it captures, connects, and validates information across documentation inspection, verification workflows, giving contractors, inspectors, and asset owners a single defensible record of what was built. How it was verified and why it complies. Interesting. Let's see if that has the name there. CTO, whatever, where's about, where's the company? Yeah, but where's the company? Is it an AI person? There it is. Ben, well, this is probably, this is Ben Smallwell. Oh, there it is. Okay, chief technology officer. A visionary leader in AI and technology, so there it is. There's batter out key. Badreen, oh, okay, this guy, see how he pronounced his name. It's pretty epic stuff. So we got the CEO of an AI company, calling out MES. Okay, that was pretty fast. I'm going to make this slow motion options. Yeah, actually, actually, I'm not doing that. I don't want to mess up my thing. I listen to things super, super fast. I'm going to speech on a telegram thing, I mean, on the built-in on Max. Badridi-Octri, okay, let's go. Yeah, so this checks out, okay, so there he is. So there it is guys, that's pretty wild stuff there. I'm going to go build a whale there about, put this in the blockchain, and so on. And I'm also going to archive this. This is pretty cool stuff. So I'm going to archive so that I'm going to archive it on the high blockchain. Just a text and so on about, and it's going to put all the names and images or something. Yes. All right. So there it is. Pretty cool stuff. Yeah, okay, let's keep going. So before that, yeah, so we're right here, before that, I let AI projects integrating large language models and automation, and spend years in IT management and in information, yeah, IoT information of things, automation and applied plant biology work. So this project sits squarely at the intersection of a lifelong fascination in my day-to -day experience. All right, so he's followed this, and this guy's pretty big. The aim is to distinguish genuinely unexplained formations from man-made ones in a rigorous, origin agnostic way, not by who does or doesn't claim authorship, but by observable, measurable, and technical evidence. In practice, that means computational geometry and computer vision analysis of formation imagery, center finding, and ring, and symmetry decomposition, a growing open catalog of formations with their geometric and physical signatures, and a deliberately falsifiable statistical method, so any claim that a given formation is anomalous has to survive a proper null test before we accept it. your taxonomy of discriminators board marks versus blown bent nodes, the quality and flow of the lay, undamaged seed heads, and the line scanner model of the swirl presented in your film has directly shaped how we're approaching the problem. Yeah, this is, yeah, definitely watch that. Some of them look like it was made by a 3D printer from space. To show you where we currently stand, we have already begun building out our data and evaluation infrastructure. So they have geospatial mapping and meta-data integration. We are complying in an extensive global database of formation, as shown in Image E53363. This includes precise GPS coordinates, confidence scoring, and source tracking with map visualization, color-coded, by the origin and validation status of the data. Human in the Loop, AI training. To train our vision language models accurately, we have built a dedicated human review platform shown in image E533A0. This environment allows us to audit model responses against ground truth, filter out known man-made fakes, and refine the AI's ability to extract genuine geometric primitives from authentic crop circles. And he says, I'm working alongside... ahmet Hafti, a mathematician and polymath who authored the mathematics of crop circles and their applications to complex problems, geometry, number theory, encoding, and engineering implications of agrigarian formations. Alright, so we got some actual... this is in crop circles and all this. So what are the world's going on here? This guy says, An-Ankara Messi, again, Messi's commenting, guys. Sir, your channel is helping so much, epic stuff. Glad to help, glad. I can help. All right, thank you, and Kara, Messi. I'm going to call you Bollywood Messi. Sorry for that, too. Also, that's applied with you. Anyway, so this guy, mathematics of crop circles and applications are complex. Problems geometry, okay, a whole bunch of word salads there, but this is a pretty good, logarithmic spiral, okay, it's got some of that. Okay, this is pretty wild stuff here. Again, uh you got people have to start posting stuff like directly like i i hate these pops up to sign in all that uh and it's like it's a pdf it's shown as an article or something uh please everybody uh get on the high blockchain but as an article i could search it i could read it read the text um and so on uh read that i mean i can speak the text out using the built-in whatever thing so i'm gonna just um send this thing in here it's pretty cool stuff though build the whale okay uh so we're in uh We're the crossroads of, like, magical stuff here. I'm going to go and see what I can do. See if I can archive this whole thing. Can it even archive, but it's like a PDF shown? Let's go to if it shows properly. Okay, it shows a lot of text. Okay, yeah. Again, it shows that, but at least it could be, like, somewhat decipherable by AI. All right, let's keep going further. All right, so between his mathematics and my computational and AI work, two decades of first-hand field investigation, that's not me. It's the people in the, let's go to the video. So this guy thinks I'm all that, I am not all that, this is the guys. These are the, he interviews these researchers. A range of answers. Richard Hall interviews these two guys, Robert Hulse and... this other guy, David Caton, and then he also includes this guy, this other researcher that was doing some, like, engineering analytics of it. Basically, some of them he viewed it as a giant, like, 3D printer from, like, a circle, from the center, there's, like, a specific center point, and then it moves up around there. And then these analyze magnetic anomalies of the real ones, and so on. And the fake ones, it's pretty interesting, the fake ones run by these weird Satanists. Like, these guys are part of, like, Team Satan, or something. There's a bizarre setup there. And they're all linked to intelligence agencies and so on, the ones that make the... And the guys do an Illuminati handsline. It's pretty wild stuff there. But I wanted to show this part quickly. Yeah, this is the spiral one. The guy made an engineering display of something that was like a spiral. So here, you're saying some of them were designed like a spiral. In a machine that works in exactly the same way that your machine works on a much larger scale, right? It could, and if it was high enough in the sky, it would produce that crop circle in exactly the same manner. The only difference being, it's not a physical metal rod which has been used to flatten the ground. Okay, so that's what he discovered there. I think he wrote a book on that too. Okay, this is pretty up. 44 degrees can commence clockwise flattening in the direction as before. However, while the clockwise flattening had been a... And this is the one... Sorry. You made a model and we'll take a look at that. And some of these have, again, no foot -foot marks on there, like nobody's actually walking in there. which actually demonstrates the theme that you came up with that it was a line scanner. One can... Here's the one. In a particular direction. Exactly. Another researcher who believes there are at least two effects being brought to bear in the formation of genuine crop circles is aerospace engineer Roy Dutton. And you visited many of these crop circle sites and scratched your head and thought about it and you thought, well... what could be causing this? I mean, I was particularly interested in the way that you analysed the lay of the crop. Could you tell us about that? First of all, I had to satisfy myself that what was producing these spirals was not the plank, you know, or roll or anything like, but these plants were genuinely bent without breakage and beautifully inscribed into the crop. and Busty Taylor and Colin Andrews provided me with data, photographs and drawings of drawings from Colleen Andreas, measured drawings showing how the planet was swirled, and also from Busty Taylor, some very good overhead shots of small grape shot circles. And they say, call great shots, of course, because they tend to be scattered around some of the bigger formations. I then began to look to see what pattern, what mathematical relationship could be applied to these things, which might explain how they produced. Because when you looked at that pattern, you saw that it was made up of a series of discrete actual sweeps, if you like. That's right, that's the first clue. They were generally... stripped, they were strips of spiral, spiral strips. Spiral strips. So a sequence of spiral strips throughout 360 degree. Can you, because I know that you made a model and we will take a look at that, which actually demonstrates the theme that you came up with, that it was a line scanner. One can split up the analysis of a swirl pattern, sorry, we can analyze a swirl pattern by looking to see what the relative vector is outwards and transversely, rotation of it. It looked as if... made being formed by something going out of outwards from the centre of the formation at a steady speed, while something else was going round, at a fixed rate, at an increasing rate, as you went further out, like around about a roundabout. I produced this model to demonstrate to audiences the principles involved. This little arm here, with the brush on the end, in fact, is free only to move radially outwards, and it flips back to the middle, and then begins to move radially outward again in a straight line. But as this is happening, the whole assembly is rotating steadily in one direction or the other. It could be clockwise or anti-clockwise. So the path travelled by the brush is a spiral path, a curled path. Now I'm going to try to demonstrate how the search was produced in this way. Notice of that we have to be taken successive rotation. Until the entire circle is created. The after shape of the spiral depends on the relative rate of outward sweep and rotation. This is a very short spiral, but sometimes they can go all the way around. You thought that it was moving a fixed velocity from the centre to the edge at a fixed rotational speed. And then flipping back. And then once it got to the edge, it instantaneously would go to the centre and then start a second swing. It's a whole series of strips all round, and then going around again, very rapidly, to fill in the gaps. Right, and you actually model that on a computer. I've also tried to demonstrate it with that model of mine. It didn't matter what the actual speeds were, it could produce any kind of spiral with that form. you can get files of other forms and I did tie this with other equations. Colin Andrews sent these drawings to me probably because he felt they would defy all my efforts to explain them in simple terms. After about two months of frustration with this problem, the answer came to me very, very quickly. The different bands of alternating swirl directions were immediately indicating that the projector beam had been operated in several different modes to produce angular rings. In fact, soon after receiving these diagrams, I was able to modify my program to incorporate that feature very successfully. The big problem was presented by that unevenly segmented annulus. Suddenly, the penny dropped, as they say. The flattening had begun at position 1, with the progressive clockwise flattening. This had continued until a 72-degree segment had been covered. At that point, in the proceedings, the beam had then flipped backwards through 144 degrees to commence clockwise flattening in the direction as before. However, while the clockwise flattening had been occurring, the virtual centre of the disturbance had moved from 1 to 2. The annulus had been steadily precessing and clockwise, following this small circle shown here. So when the flipback to position 2 had occurred, the centre was then a position 2 here on the precession path. In all, this process had occurred five times. to form the segmented Cirtle or annulus that we see here. Now, that little precession path Cirtle had a diameter of 8 feet, which shows how large this formation really was. For me, this was undeniable proof that an advanced piece of scanning technology was being employed to produce those wonderful patterns. This is a suggestive then that why the technology is being used is being used. This is actually amazing. He literally basically deduced that the projection setup. it's the center's changing all with the basically it's like processing around a circle it's eight feet long uh yeah so again uh this is a absolutely fascinating again they're using it some director energy weapon from the top part there um i think he goes more on here and explains uh more stuff and then this guy right here uh actually describes seeing a giant black tube It was another case where there was no crop circle produced, but farmer witnessed two feet wide black tubes. Yes, Mr. Bull, and he told us about this event that occurred a year before. It was overcast, no sunshine, sort of a dullish sort of day. It's this field here, it was in winter barley at the time, it's this cornfield most of the time, and looking across diagonally, looking at the wood behind, it was to the left. about halfway along the wood line that you can probably see on the film, the first one, where I stood in the field nearby, and then when that died away, the second one appeared, near the tree over, near the woods in the far distance, and suddenly in front of me was a tube running up about a thousand feet, oh, well, I'm not a good judge, but I would say a thousand feet plus, or coming down outside onto the ground. This was not very many yards away. He said a thousand feet, okay, a thousand feet isn't that high. Actually, I don't know, it is pretty as like a quarter mile, but it's not going straight to the clouds, unless there's low clouds, but... ...way for me, but the important point about it that struck me with it was the circular motion of the ashes in the grit on the ground. It didn't appear to be being sucked up the tube, but it was…