Transcription
Hello everybody. I was able to create an even more powerful or sensitive supercell using these same chemicals as before. Bleeps, nice stains on my tabletop by changing the process. And I'm actually able to see concentric circles around the center petal convergence field around a magnet. Let's, so first, take a look. By the way, these are just two optically flat pieces of glass. And this is just some hardware LED that you can get at like Lowe's or Home Depot. The reason why I actually have three pieces of transparent tape holding it together is because when the supercells are really, really sensitive like this, the problem is is that they're easy to destroy. It's kind of like you can create something that's a lot more sensitive, but usually more sensitive instruments are more easy to destroy. So this lets me actually take it apart in about one minute and rebuild it in about five minutes. And these chemicals over here that literally I could rebuild this thing about a thousand times. Let's take a look. And a speaker magnet, which is not a strong magnet. It's just a ferrite magnet. Let's actually place it underneath the super soda. Of course, this is a toroidal, so the actual magnet itself is shaped basically like the toroidal field of a magnet. You'll see something interesting. And then I'll zoom in. Here we go. Let's actually see it now. The interesting thing, you can actually see the doughnut shape. Isn't this fascinating? The holography. Now, you know the hologram on your credit card, right? Well, the true art hologram, which most people have never seen, there's about a hundred times better than that, if not more, depending on how good the true art hologram is. Now, what we actually have here is less than a few microns thin. In other words, the liquid, there's a few drops of liquid between these two pieces of ultra, ultra flat glass. Once you actually press the glass together, most of the liquid squishes out the side and you wipe it off and it leaves stains on your fingerprints. So what we actually have here is across this five, well, this is about, oh, roughly about ten square inches of glass in total. We have less than about maybe like one-fiftieth of a drop of liquid, maybe one-fiftieth. And yet we have incredible holographic, specifically this magneto holography. Now, of course, you can see the doughnut shape. There's nothing here. By the way, this is not a projection device. This is literally just LEDs like for the edge lighting of your cabinets. So there's just light shining inwards. By the way, about two years ago, people said, well, you're just looking at the number of lights here. Like, that's not true. I created one of these devices where the light pours in from the Sun. So only one light source of the Sun was able to wrap around in a tent-like structure and shoot inwards into the cell. And you get the exact same thing from a single light source, which is the Sun. No batteries, no LEDs, nothing, just the Sun powering it.
Now, the ceramic or the speaker magnet, of course, is squared off, so it's obviously not rounded. But it doesn't matter what shape the magnet is. The actual centrifugal divergent force and motion vectors that actually show the magnetic and dielectric field. This is the reason why we see lions. But you see constructive and destructive interference is perfectly toroidal or doughnut shape. And of course, the negative image of a doughnut shape is, of course, a hyperboloid or an hourglass shape. So if you actually take the negative image of this, you will see the dielectric. Now, this is a really weak magnet. I'll show you a really powerful magnet here in a second. I'll show you how much more sensitive this structured, this, this new super sensitive super cell is. But look as I actually skim along the edge. Now, realize that the liquid showing the constructive and destructive interference is infinitely, infinitely thinner than a human hair. And what we're doing is we're using the lights in the dispersed ferrofluid. The ferrofluid is not clumping, by the way. The dispersed ferrofluid is all through this. The only reason why you're seeing light stripes in certain areas and dark stripes in others is constructive and destructive interference between the magnetic and dielectric. Now, I'll explain this in other videos and I have in the past, but also in my book. You see these little bright spots right here? There's a little tiny bright spots along the lines of intersection. You see those here? Let me actually zoom in a little better. You see these little bright spots right here and here and here? You notice they occur at lines of intersection, right? I mean, actually, now this super cell is so sensitive that I actually have to keep moving the magnet, otherwise it'll burn. And you can see like a light burning mark. It's not literally burn, I just call it burn because it's that, it's so sensitive of the powerful magnetic field, even though it's a weak ferrite magnet, is so powerful that it's destroying the supercell. Like I said, that's why I've got it taped so I could take it apart really quickly. Let's go top-down. Kind of looks like a black hole, huh? Here you see the hypertrophied pattern, kind of like you see in a dreamcatcher. That pattern you see in the center of a dreamcatcher is a hyper trochoidal pattern. Yeah. Let's actually take the, the speaker magnet out and let's do a ring magnet. Really powerful ring magnets like this destroy it rather easy. Let's take this little square cube, but neodymium-iron-boron. Okay, let's place it there. And also, to I could place it on top. Let's place it on top for a second. Doesn't matter whether I place it on the top or the bottom. The magnetic field penetrates through absolutely everything. Absolutely everything. But let's place it underneath. Yeah, super so. Here you go. Focus. Here we go. Let's zoom in a little bit. Yeah, of course, the way the contrast, you can actually see rings along the, looks like an owl's face, doesn't it? This is the secret of Mother Nature. Here this is the actual constructive destructive interference. Here's one pole. Here's another pole. But a magnet doesn't actually have poles. What it has is the inverse of counter space, which is specifically force in motion. See centrifugal divergent magnetic field, which of course is not literally being emitted from the magnet, literally the ether itself under polarized deformation from the field of the points or singularity that is and what defines the magnet because the magnet is not defined by what is quantitative, rather by what is qualitative. And I've explained this a thousand times and also to including my book. I'll show you one pole of the magnet here. This is a man, sorry about that shaky video. But if you, if I zoom in here, you can actually see little concentric circles in the middle. Now, you notice how small the black spot is? Of course, where it's black is a dielectric. This is constructive and destructive interference between the magnetic and the dielectric. This is literally the lotus blossom. It kind of looks like a lotus blossom, doesn't it? Specifically from up above, it looks like a dreamcatcher. It's a hyper trochoidal pattern of constructive and destructive interference. So to the interplay between magnetic and dielectric, because magnetism is the dielectric field. Let me give you a perfect analogy. And this is destructive to the supercell. Is this really powerful in 60 Gauss magnet? People don't understand that actually a more powerful magnet actually has a smaller spatial magnetic field. The reason being, and the feeling kind of good analogy I could come up with for people would understand it their brains, this is that when you amp up one thing, you also amp up the other. So you can't actually make a more powerful magnet without creating more powerful dielectric field. And by creating more powerful dielectric field, this is kind of like the cheap man's version of a black hole. It was literally the central black portion will be huge on this really, really powerful and 60 gallon. You give me mine boron. Also, to the spatial field is smaller. Is why people buy really powerful magnets, they say understand about a really powerful magnet, I think I got screwed because the spatial field around it, in other words, have to get a lot closer to a piece of metal to feel the quote unquote attraction. And by the way, so such thing as magnetic attraction is dielectric acceleration. Magnetism is by definition and denotation force and motion. Let me actually go move it over here and I'll show you how big. See how huge the black hole is, the black section of the dielectric portal is on this powerful magnet. And also, to you could see if I can get a little bit better focus, the concentric circles. You actually see shades. It goes from black to dark red to orange to lighter or initial almost yellow. This is the magnet that will very quickly. Also, to you can see these bright points right here. You see that? You see how quickly it's destroying the cell? This is what I mean by burn in. It's not literally burnt, it's just literally causing. There's no way I have to take the super cell apart and use really powerful magnets. But they move this cord over a little bit. Sorry about that. Here we go. This is all in real time. Like I said, this is not a projection device. There's nothing being fed into this. There's nothing inside the black casing other than two pieces of glass, a fiftieth of a drop of liquid, and these Lowe's Home Depot LEDs which are shooting light into the cell. And if I get really steep on it, you can actually see. You can actually see the holographic nature of the cell. I can't leave it sitting there for that long because that on us have to rebuild the cell. There's no problem. Liz saved the best for last. And sorry about the jittery video, but I'm obviously doing this handheld. Let me use this neodymium-iron-boron ring back. Now, things like a 10 millimeter thick or 5 millimeter thick neodymium, really powerful sucker. Let me place it on here and zoom in. Let you take a look as I scoot it. I think it deep low on it right here. There we go. Take a look. See there's nothing in the middle of this magnet, but you still see the dielectric portal. This little black spot right here in the middle hovering where nothing is. Magnets, by the way, do not accelerate towards one another. What they do is they accelerate towards the lowest pressure mediation of a dielectric acceleration. Let's actually place the ring magnet underneath via super cell and I'll show you what is. Let you take a look quickly. Fry this. So super so it's already frying it actually. But lift off of it, you can actually see the burn marks. Has only about five minutes to rebuild it. And the liquid doesn't cost anything, not really, since it only takes a few drops to build one. Big deal. It's like rebuild it. Magneto holography. If you actually had this in your hand, you'd be surprised. Don't look at this. If I get on a steep angle, even though you don't have this in your hands and you can't see what it is I'm talking about, look at the holographic depth. You actually have this trough, you know, sloping towards this null point where the entire. And of course, the magnetic field of the ring magnet is the exact same geometry. Even the larger and more perfect, they're both toroidal. That ring magnet, of course, is a toroid, but the magnetic field is also a toroid. And that's actually one of the reasons why a ring ming is destroyed the super cells so quickly. I'll lift off of there. You see? See the burn marks? There we go. What you're looking at is the face of Mother Nature. Your magnetism is everything. The volume inside the balloon, the air inside the balloon of everything in the universe that has magnitude and mass. Things only have magnitude due to magnetism. And what the hell defines on that? I a black hole is where die electricity, just like the super powerful magnet, except a really poor analogy, is where die electricity overthrows magnets isms ability to keep something within the visible universe. If I were to, which I can't, pump up the dielectric power of this little tiny magnet like a billion-fold, it would literally vanish from the universe. It would not be there anymore. I would actually still have the same field. Will it be a lot different than this? It actually all looked black with maybe some light fringes around the edge. But when I looked at the super cell off, of course, the supersoul would get sucked into it, right? Because it would be a black hole. It would not be there because the only thing that actually keeps this physical magnet in the visible universe is magnetism. Only that's the only thing that keeps it in the universe. Things only have magnitude, magnitude due to magnetism. And everything is a fight between the conjugate geometries of force and motion, inertia and acceleration. Everything is centrifugal diversions and centipeetle conversions respectively. The inverse geometries of the torus, ie the geometry of force in motion ie magnetism, and the geometry of die electricity, which is the hyperboloid or the power glass shape. The negative image of an hourglass is a torus. The negative image of a torus is an hourglass. So these are the geometries of. Look at that. Isn't that fascinating when you look at it deep on? I wish you could hold it in your hands because the video does it some justice, but when you hold it in your hands, oh baby, that's when it really gets fast for me. Put it on the edge here. It's the last thing and close out this video. And I know which side. By the way, there is a phase shift on each and every magnet between North Pole and South Pole. You notice that this side looks reddish and this side looks blueish? See how the blue fringe over here and not red tuna? This is the gyromagnetic procession or the one more frequency. It actually defines the phase rate of five. One that's why I know this site over here is the North Pole and this side over here is the South Pole because this one actually has the phase disparity towards the blue shift Phi or 1.618. This one has the phase shift of one. That way, just looking at a Neath the faroe cell, I know this side of the magnets the North Pole on this side of the magnets the South Pole. I know that's the case. Girlfriend, you see these burn marks in here? That's the reason we'll have to rebuild the cell. It's already been burned in by this really powerful sucker. But thank you so much for watching. I hope you liked this video. And I could explain one of the secrets of the universe in simplex. It's hard to do that, right? As somebody else try to do that. It's already burned. And let's just put it back on there, right? Exactamundo. Hope you like this video. If you do, check the link below. Let me know what I could to help you with. And you're looking at genuine magneto holography. There's no video feed device. There's nothing at all here other than some hardware LEDs, two flat pieces of glass, and fiftieth of a drop of liquid. That's all that's there. You see the concentric. If I zoom in, you see the concentric circle disparities, that differentiations, gradations, kind of like a red version of a rainbow. Dark, dark, dark red, light, red, lighter red. You see that? Of course, this black shape is the periphery of the magnet itself. Of course. Thanks so much for watching. I hope you like this video.