MES Math Q/A 59: What is Polarization of Waves?

Transcript

over-star recording, okay, I'm live, and now I've got to mute some stuff anyways that should not get set up. I gotta get Southern Fly. Been in the groove of this every other week streaming. All right, there it is. This one doesn't open. Okay, I'm gonna close the bitch shoot one. Right here, yes. Today, I'll try to be going over a lot of Q&A stuff, the people have sent me stuff, if it's anything related to technical stuff. even if it's conspiracies of all, I'll probably cover it, is pretty cool. We had some interesting setup happen with that plane and truck thingy. Let's refresh this. Just pop up the chat. All right, so that's the chat popped up, but where did it goes right here. All right, anyways, how's the audio, how's everything? I think it should be fine. I'm going to just check up. this quickly. Sound controls, sound settings, input, output, um, not input, I got to put this way louder, I guess max it out. Alright, how's that audio now, just shrink this. Okay, I put it here. Move this up top. This should be all fine. We should go left a bit. Alrighty. We are golden. All right. Yes, we are pretty much golden. Okay, I'm going to check the audio. We are golden. All right, we're golden. We've got zero viewers, but it's all good. Wednesday, every other week, we'll go into these streams. Okay, um, this should be fine. Okay, we have Steven Epps in there. Okay, can you all hear me? I want to type it up. Can y'all hear me? How's my audio? And how's, uh, audio, etc. All right, uh, we'll cover some other stuff. Go over polarization. Now the polarization is very interesting, um, because mainstream is pretty adamant. It's all, it can only be done with, um, transverse waves, so I asked I, I, how do I, like, how does this longitudinal wave set up mean with it? Anyways, so I have some stuff open up. We'll go over polarization soon. What I'll lose, I'm just going to follow whatever I had in these thingies here, because we have some interesting questions. I'm going to open this up. What is this thingy? I guess there's an Odyssey. Oh, yeah, this is exploring consciousness thingy. I want to go over this thingy here. this paper quickly. This is on the, it's light a photon. This is, I got this idea from John Duffield. He mentions it over here. There it is this one here. Yeah, I go back to the paper. Okay, this one here. Yeah. So this one here, the idea was, is the electron of photon with toroidal topology. It's basically, If a photon is just in a loop, then that's an electron, and then I think, Richard Hall calculated the, the frequency of that wavelength to give the energy of the photon using E equals MC squared, the Einstein equation, and apparently gives a gamma rate, so is it a gamma rate, I'm going to find this paper. Is the electron... It's photon, actually what I'll, yeah, electron with a photon with poroidal topology. Okay, let's get the paper. I want to look at this, actually, for now. Okay, so here's foundation Louis de Brolle, DeBroll there. January 1st, 1997, okay, there's the paper, okay, that's pretty good paper, and let's see this. Something I do, I definitely want to look into. download this into the current in the world, are we at? There's Polar Edition. Okay, so save that and save this. All right, so that's what I wanted to save there. Apparently it's in French as well, okay. There's the image right here. So a schematic of the internal energy flow in the model, the lines of flow geodesics circulate twice around a family of nested teroidal surfaces before closing on themselves. The left-hand case is illustrated. So here's left-hand. It would go around like this, and then go back in. And then it would do this. These are like family of different curves that do this spiral. Well, clarity, one complete loop phase is emphasized. The torridal structure is characterized by length R equals this right here. So there's a full length across there. And then, I think there's a gamma. They actually, but that's actually, so what I'll do is, I'm going to take a, actually, a screenshot here. Yeah, I'll just keep it like this. And then I'll use AI to just go over it, see what's, what, possible accuracy or inaccuracies according to GROC, etc. According to AI, I'm going to send this one. And I'll do it also in the Threadcast in here, so live update. So it's on the high blockchain as well. Because the high blockchain is where y'all should be. Okay, so I'm put this right here. So this is a paper from G.J., no, I mean, J.G. Williamson and M.B. van der Mark from Glasgow University Department of Electronics, Electrical Engineering. It's 1987, so quite a while ago. Abstract, we studied the properties of a simple, semi-classical model of a photon confined in periodic boundary conditions of one wavelength. The topology of this object together with the photo... photon electric field gives rise to a charge of the order of 10 to the negative 19 coulom and a half integral spin independent of the size. The ratio of the electromagnetic energy inside and outside the object leads to anomalous spin G factor, which is close to that of the electron. Although a finite size of order 10 to the negative 12 meter arises in natural way, the parent-sized object will be much smaller in energetic scattering events. Interesting, so they're actually trying to... back calculate from their model. That's interesting. Okay, the images aren't working on this thingy. So I won't post images on the Nlio thing. Let's put that there. Alrighty. So this is the paper. And I'll put this right here. I'm going to ask us, summarize this paper. titled is an electron. Let's put the link here and copy. Okay, there it is. Alrighty. So something I'll have to look into. I'll put that Okay, where's the third cast going? Okay, it's good morning, okay, we have somebody in here. All right, this guy says, I want to start studying math, where do you recommend? Obviously, you've got to get this calculus book, Stuart. Where's my math thing? Okay, go to MS, actually, MES links. And, yeah, I'll just click on you, one of these. Okay, this guy's asking, where's the math thingy, I'll, uh, where's the calculus book, calculus? Okay, why did I not have this calculus book? What am I clicking? Let's get the latest one, uh, vectors geometry space. Okay, this one here. Okay, um, yeah, there it is, uh, okay, where's the links to my books, though? A previous books I use, okay. So I'm supposed to put a link to them. I'll get the latest one. One second. I don't know why I hate when things happen like this one. I just want to get me the freaking answer. Everywhere, okay. Cuckl's book reference. There it is. Okay, so there it is. Yeah. There's links to them. Where'd you go? I should put that in my M. M. M.S. links. I'll put that in M.S. This guy's asking, yeah, okay, this guy says, good morning, okay, I'll give these upvotes, and also another cool thing about Hive, what you could do is, I'm going to send us, I recommend James Stewart early transcendentals. Also follow, also check out YouTube video from the beginning. Okay, so here is this book. Yeah, I use the archive because they remove the thingy from their, they don't want people, like, on it. Okay, like, just click this thingy. So I got the archive of the PDF right here. Yeah, definitely check that out. And where did it? Oh, I should have put up to Twitch. I'll do that Twitch thingy later. It's live, but I, not check it. Okay, there is, in Leo, replied right here. The paper by Williamson and Van der Mark proposes semi-closical model where electron is trapped in it is confined with it. Speculative geometry, reimitation of electron, not mainstream quantum mechanics there. Okay, that's, again, you have to separate that. I'm going to do a quick... Paper right here, open this. Okay, I'm gonna go over, I'll save this whole thing. Use GROX's super-duper thingy right here. The expert mode. I always run it through GROC's expert mode because you could, because it will give you stuff and then you could reason with it if you think it's wrong, you can get it to explain. but some some topics like 9-11, you got very careful because they're dirtbags. Okay, explain the accuracy's, accuracy and inaccuracies of this paper. Or what's the expert mode there? Okay, so we'll run it there. Okay, so now the next setup is I'm going to open up this email, so we're done with that topology stuff. Okay, yeah, this guy here, David Lyons, he sent me an email. Hopefully it's fine, I read your email, because I just don't have time to double check everything. So you know that 700-foot column, Judy said it's probably stairwell, it's actually 900-foot, said it's probably stairwell-b, yes, Sterewell-B is just below it, that turned to dust. You've seen it, the shot where it just dustifies... Nice paper on electron and photon topology. I'll send you that paper right here. There's paper. Yeah, check out the paper. Yeah, that's 1987. It's good ideas, and then from there, the speculation is you can make different loops and different types of configurations, atoms, and so yeah, protons will be a different configuration, and then if you combine them all the together. Okay, so here is some of the stuff here, it tells you there. So the paper you link is an electron photon with territorial topology by GJ Williamson and Vandermark, etc. It is a semi-classical model proposing that electron and positron could be understood as a single wavelength photon. So one wavelength that's looped up self-confined and a torridorado double E knots or two knots. to policy with periodic boundary conditions of length equal to the electron's Compton wavelength. Okay, the author starts with from the observed electron, positron annihilation creation process right here. So, yeah, that's an interesting part. Because if you have an electron and positron, again, positron is the same thing as electron except its positive charge. If they annihilate, then they create gamma waves or gamma rays. So basically, they annihilate create light. So source off from here, yeah, so that's pretty legit ideas there. So you have, where's the EE? They had the equation there earlier. I'll just go positron plus electron equals life. So that's the thing, if you smash them together, they turn into photons. Yeah, annihilation, so you can have this setup here. But then they have, like, with time, this electron, strikes, you get a gamma ray or something, but yeah, there's this thing right here. So at low energy is the result, okay, so electron, positron, okay, so electron positron, annihilation occurs when electron, and a positron, the electron, the result of collision is the annihilation of the electron and positron, and the creation of energetic photons, so high energy, photons, at a high energy, at a high energy, other particles such as B, mesons, and all these other stuff happen. So that's interesting. So there is, that is pretty interesting. I'm going to archive this. I'm just going to start archiving some of the high blockchain, just because, why not? 10 to the 19 is crazy, and 10 at the 12 is naturally even crazy. Everything is crazy. I'm going to click this thing. Yeah, because this thing is a very good setup there. Archive that. So these are Wednesday, so basically, I'm going to alternate this Wednesday, and the next Wednesday, what I do is, I'm going to start trying to do the Tesla experiments, but behind the scenes. I'm going to set up, like, a giant, like, very safe, Faraday cage slash, I'm up to, like, ram a giant rod through the ground for the grounding, according to Grok. Rock's telling me do that. So, cars here. My goodness, just... cars. Okay, let's, I hate when they ask me this, like, just do it. Why are they asking me constantly? And this is why, uh, with blockchain, at least you can just sign over your key and you don't need to do this. It's just ridiculous. How am I supposed to do this? Yeah, not a robot. I'm not a robot. Like, how many times I say I'm not a robot? All right, so I'm not a robot. Apparently, it thinks I'm a robot. Okay, so I'm a robot. So, uh, anyways, so I are... archive that on there because it looks nicer. I hive is the current cell. This one's super quick, but it's on the Hyde blockchain, so I archive dead here. Anyways, so did that part. And let's go back here. I'm going to put this here as well. Uh, wookie there. Uh, wiki here. Now one second, I'll be going. Oh, man, I've been a bit under the weather stepping up and potential, yeah, for sure, truth, Connix, Russell G, epic name. Alright, so we got that setup. Let's go back to, uh, this setup right here. Okay, and the known properly, yeah, so observer start of the accurate and insightful elements, the paper correctly identifies long-standing issues in both classical electrode and magnet cement, quantum electrodynamics. The classic self-entry of a point charge diverges as R goes to zero, leading to classical electron radius. So, yeah, basically, the classical self-energy of it, this one is interesting, diverges as R ghost zero, leading to the classical electron radius of this, yet high energy, point-like behavior, down to point, yeah, down to 10 to the negative 18, now probe far smaller. So does point-like behavior, but apparently this is a point-charge self-energy diverges as you go closer to zero. I mean, as the radius gets closer. That's interesting. So what in the world is that mean? Okay, QED treats charge E in mass as free parameters, a bare value is divergent, and require normalization, so the theory does not explain that, or, yeah, so the theory, yeah, doesn't explain it. electron positron, analysis into photons, the real process and the paper's motivation are that charged fermions and natural bosons might be different states of the same underlying object as legitimate conceptual question. All right, it goes over here. I'll put this in here, inaccuracies. While the numerical matches are impressive for such a minimal model, the paper has several important shortcomings. So apparently they did get this. Okay, point like scattering. Okay, so this is a pretty interesting setup there. The spin, the topology forces the fields to circulate twice around the torus, while the wave rotates at twice the photon frequency. Okay, G-factor Benton. Okay, inaccuracies, not a fundamental theory. Electron in the standard model is an elementary point like Dirac, Burmian, okay, photons are massless vector bosons. Charge only approximate, Q is about 0.9. 1E, not exactly E, the paper presents it as of the order of 10 to the negative C, but an exact match would require the fine-tuning or additional physics. Confinement mechanism is posse, not derived. The central assumption, a self-confined single-wave photon has no demonstrable dynamic origin in vacuum Maxwell equation. Yeah, well, that's one thing, yeah, you say it's confined, how is it confined? Why is it doing that? So it's like you're removing one question of what it charges with a, somehow saying that it's a loop. but not explaining how it's looping. Like, what does it make in loop? Is it actually a loop? Nonlinear vacuum effects, okay, far too weak, these scales stabilize a soliton. So mass is circular, the rest energy is, simply assumes the observed electron mass. It does not derive ME from first principles, okay. Does not derive the mass, it assumes the mass. Size too large and untestable, the natural radius is macroscopic compared with the current limits electron sub-structure is ruled down, ruled out, down to 10 to negative 18 slash 10 to 19. The models kind of effective size also shrinks with, makes it indistinguishable from a true point particle, rendering the internal structure unobserable in principle. No magnetic monopoles is argued, but not proven. Topology excludes monopoles consistent with observation, yet direct monopoles are allowed in broader. So apparently there's direct magnetic monopoles, okay? I got to know when that is, that might be something all up to do that. Okay, it's not accepted. Yeah, I agree that it's like the speculation, but even like this one guy, it's like this, I like getting a physical experiment to see what it is. Uh, okay, this says, I wonder what electromagnetic spin properties and direction at that small scale while dock scattering is involved, yeah. That's, uh, interesting, it looks like you're well versed in this, moment, all right, um, what I'll do is also, what you can do is I'm gonna also archive this thing. I'm gonna archive that answer. On the Hive blockchain, so, because, uh, y 'all better get on Hive, it's like, it's just, uh... I literally just archived it on my page on Hive in seconds, and I literally, and it says, archived on Hive blockchain, and the rewards get burned, well, the ones that vote for me, so it gets deflationary mechanism on the Hive blockchain. It was just, and the whole idea is, you feed the AI on Hive, because I want to feed that one, I don't want all the data to be just with GROC and all that nonsense. All right, so that's that part. I'm gonna go... over, yeah, okay, now we're going to go over this part, and then we'll go over the polarization. I might do that, actually, yeah, as we go through, maybe in the second, or after this thing. I'm going to go over this question, because I'm going to basically try to answer people's questions to have for me. This one, it'll be an interesting one. So this is, we're going to, we might, there's a chance, there's a low chance, because I've seen a lot of stuff, I, this seems a bit far-fetched, but we, low chance we might do some groundbreaking 9-11 research right here. Okay, so David Lyons message me saying, you know that 700 foot, it's actually 900 foot, Judy said it's probably stair will be that turn of dust. You've seen it the shot where it just dustifies, we've all seen it. Well, a long time ago, I saw that shot run through a filter. Hang on, and I could see the laser beam. Okay, so you saw some of laser beams on it. Okay, so this is, we'll see about that. But that was 15 years ago, the video was eliminated along with 100 others. Yeah, but... It looks like maybe that video was disinfo. Okay, gaming dynasty, it's almost breakfast here. I think I'll have green eggs and blue bacon. Why is this guy, why are you obsessed with blue bacon? Like, um, this is the, um, I think that was, uh, Jamie Bartlett, that is your real name. But anyways, stop mentioning blue bacon, uh, that guy gives me the creeps. Um, okay, um, anyways. congratulations, I couldn't help, but notice you got a beautiful new computer, yeah, it's a giant, and you probably got a bunch of fancy stuff you can do on it. Can I ask you to run that spire footage justifying through some filters and see if you notice anything, and maybe you can find the right one? Alright, so, we are going to do that right now. So we're going to go over to the, also, speaking of 9-11, I have a scheduled post, the doctor wanted me to make this one, I have a scheduled post of Richard Gage revealing that he's a slithing snake, you guys have a... Oh, why does it do that? It's pretty, anyways, just leave it like out. So web, web telegram is just trash, like absolute trash. I'm gonna have to delete cache and open again. Let's see that open, let's see if this works properly. Let's see hopefully works. If I click it, it just, right, it goes to a random screenshot I've posed before. It's absolutely ridiculous. But anyways, so there's Richard Gage. He reveals he's a slithing snake. So, so basically, let's go back to this email. Okay, so this email, I'll start closing some stuff. Close this, close this. Actually, I do need to put the book, uh, the reference in there. I'll do that later, maybe. Okay, um, yeah, so I'm gonna close some stuff, close this, close this, okay, so basically he's asking me to run the spire footage, and I have a bunch of footage in the compilation that I made, uh, with the help of, um, 9-11 reversionist and reality, the conspiracy realist, I mean, all right, so this is the…

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