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People had been carefully measuring how fast light travels for 200 years with no idea whatsoever what light was actually made of. There is only one honest way to read that, and Maxwell wrote it down almost in disbelief. Light is an electromagnetic wave. His leapfrogging fields, electricity and magnetism dancing out of empty space, that was light itself. He did not set out to explain light. He sat down to fix a broken equation about capacitors, and he accidentally discovered what light is. Now I have to tell you about the ghost, because it leads somewhere enormous. Maxwell had his wave. >> Light is an electromagnetic wave. Electricity is connected to magnetism. I thought they were separate. They're not. And they have a duality to them where they always come together orthogonally to make these waves. And by the way, all light all light is just electromagnetic waves. Okay. So, how many of these electromagnetic waves are there? And is everything made up of these electromagnetic waves? That's my next thought. How about you guys? >> But he and basically everyone else could not swallow one thing about it. A wave in what? Every wave they had ever met waved through something. Sound waves wave through air. Ocean waves wave through water. So, light, being a wave, simply had to be waving through some invisible substance that filled all of space. They named it the luminiferous aether. >> OH, YEAH. They named it the luminiferous aether, chat. Why? Because the smartest people in the world who literally discovered electromagnetism were pretty damn smart themselves. And they realized all waves all waves no exceptions are perturbations in a medium. And they just looked at all this [ __ ] they figured out in the math and they went this we're obviously in a medium. Why is it that the magnetic field only produces electricity when it moves? Because it's disturbing the medium. >> And they were dead certain it existed because a wave >> They were dead certain it existed cuz it does exist and they knew it existed cuz they're the ones that figured the math out. >> A wave with nothing to wave in felt impossible. But here is the strange truth buried inside Maxwell's own equations. The wave does not need a medium. The electric and magnetic fields are the only things doing the waving and they hold each other up. There is no ether. For decades >> What the What the hell? Now I hate you. I loved you a minute ago. Guy doing the voice over, there is no ether. Stop talking about the ether. Dude, those guys are smarter than you and they were dead set 100% there is an ether. You can't just be like, well, the fields just regenerate themselves out of nowhere so it's fine. No, that's why they needed an ether. That's one of the many reasons why they do need an ether. And by the way, even if you don't need to have something, it can still exist. We do need the ether. We need it. Why? Cuz you can't explain gravity I'll be generous. I'm trying to be better, chat. We can't explain gravity, electromagnet- We can't explain gravity, mass, inertia, dark energy, dark matter, the Higgs field, or basically anything until we get our ether back. Then we can explain all those things. Then we can make gravity boom boom spaceships, or sorry, make the boom boom spaceships go away, and now use our pew pew spaceships to fly around. I'm so triggered, chat. >> Aids. Brilliant people hunted for this invisible ghost, and the harder they looked, the more it refused to be there. The most famous experiment in all of physics, done by Michelson and Morley, was built specifically to catch the ether, and it caught absolutely nothing. That failure, that missing ghost, became one of the biggest clues in the history of science. Hold that thought. There is a j- >> I'm getting triggered, chat. I'm getting triggered. Chat, he didn't he didn't do that. You Oh, Michelson-Morley experiment, huh? Yeah, that was a cute one. Yeah, I like how you showed it, too. Uh I But, you know what? I like this one better. I like this exact replica of the Michelson-Morley experiment a little bit better. Do you want to know why I like this one better? I like this one better because they do more than one simple thing. There it is. There's Michelson-Morley experiment, chat. Look. Oh, ether's been disproven, chat. Look at that. The fringes are not moving. That means the speed of light is not being impacted by the medium. There it is. Proves it. Look at that. But, wait a minute. Wait a minute, chat. Didn't you tell me just now that that we can have electromagnetism that electricity only forms from a moving magnetic field. And a stationary magnetic field will have no impact on electric on producing electricity. Okay, well then I have an idea. Hmm. What if we turn it on its side? What if we turn it on its side? Because what you're doing here is you're spinning an object on the Earth. And what if this ether is connected to gravity? What if this ether is connected to gravity, then the gradients in the gravity as we go further in outer space, maybe we can see it then. Hmm. So let's let's do something. Let's take the exact same Michelson-Morley experiment. It's literally exact same setup. And let's just turn it on its side. Instead of spinning it horizontally where the gravity is the same on the same plane no matter where you are let's do it vertically. Why? Because there's more gravity closer to the core and less gravity higher up. Let's take a look. Martin Grueznik, shout out to your boy. Good experiment, dog. You said the Oh whoa whoa, chat. Oh, is it It looks pretty still. Oh, no. Oh-oh. Uh-oh. Uh-oh, chat. Those fringes are moving pretty significantly. That's some significant movement. That's not an amount of movement that you can blame on heat or some other [ __ ] or a a loose screw or something like that. Those fringes, by the way, perfectly line up with the plane of the Earth. Meaning the reason why they move and shift is definitely due to a relationship with gravity. No doubt. No doubt. Hmm. Look at that. So, perhaps that Michelson-Morley experiment that ruled out the ether, all you had to do was turn it on its side. Turn it on its side and suddenly a 150-year-old experiment that they claimed ruled out the ether, ether's now back in the game, chat. Now we're calling it zero-point energy. Why? Cuz we're [ __ ] cool. Cuz we're cool, number one. Number two, that's what Hal Puthoff calls it. Whatever that Whatever the goat calls it. Whatever Emperor wants. We'll call it Emperor We'll call it zero-point energy. You want to call it something else? That's fine. I'm calling it zero-point energy, though. Here we go. >> A genuinely sad piece to this story. Maxwell never got to see himself proven right. He died in 1879 of cancer at just 48 years old. His equations predicted these invisible electromagnetic waves flying around at the speed of light, and most of the world still was not convinced. Then, about >> That's crazy. So, he dies and people still thought it was [ __ ] He dies, doesn't even get to see his work. This is how I always how it plays out, by the way. This is how I know I'm not going to get to see the truth of the the Pulitzer Prize and the teleporting airplane, even though Obama definitely did that [ __ ] and James Clapper knows, and I don't know how they've been keeping it secret this long. They just never get to find out. But then watch this. >> But 8 years after Maxwell was gone, a young German physicist named Heinrich Hertz built an apparatus in his lab, sparked a circuit on one side of the room, and detected an invisible wave arriving at a little loop of wire on the other side. He had created and caught an electromagnetic wave out of nothing but Maxwell's math. Hertz had basically just invented radio, and when somebody asked him what it was good for, he honestly answered, "Nothing." That useless, invisible wave he shrugged at is now every phone call, every Wi-Fi signal, and every radio station on the planet. >> Think about how big this is. Even Hertz himself produced what amounts now to every electromagnetic signal that you that you that you use. Just said there's nothing it can be used for. Can be used for absolutely nothing. Does that sound like the people that say that you can't extract energy from from zero-point energy? It's going to sound exactly like them in 100 years. In 100 years, we'll realize that all electricity is coming from the zero-point energy field. Because all atoms are being replenished from the zero-point energy field. What we think of as electricity is a perturbation in the ether itself. A perturbation in the medium. That's why it acts like this weird orthogonal wave. And this is going to give us the clue we need to connect it to gravity. Also gives us the clue we need to connect it to entanglement, as well. The moment we're invoking now an extra dimension, now we have another degree of freedom. Now we have another polarization option. Now we have another non-abelian field. Now we have to say, "Am I going left first, or am I going right first?" Since you added a new dimension. >> Maxwell was right all along. He just did not live long enough to hear it. And once you know that light is an electromagnetic wave, the whole world cracks wide open because a wave can be any size at all. The light your eyes can see is one tiny thin slice. Stretch Maxwell's wave out longer and you get infrared, which you feel as heat, then microwaves, then radio waves meters and meters long. Squeeze it shorter and you get ultraviolet, then x-rays, then gamma rays. And here is the part that still gets me. These are all the exact same thing. The radio waves carrying your music, the gamma rays screaming out of a dying star, and the soft red of a sunset are all Maxwell's wave. Electricity and magnetism leapfrogging through space, just at different sizes. The ra- >> How crazy is that? Everything is essentially just electromagnetic waves from a real physical reality perspective, especially back in the day. They didn't think that the light light was the same thing that's uh coming out from the heat from radiation. They would've thought those are separate processes. That's a chemical process I'm seeing. How can that be electromagnetic in nature? How can I be seeing uh x-ray release? All I I didn't really say that right. Instead, let me just say this. What we see visibly is such a small fraction of the electromagnetic spectrum, it makes you wonder how broad the spectrum really is. We're only seeing a small percentage of our reality. A small percentage of our entire universe is visible to our naked eye. The rest of it is essentially invisible. We're not even seeing it. A tiny little sliver is the visible spectrum. And so, you should not be surprised when we find out that you know, high frequencies or frequency manipulation is going to be connected to some of this. There are whole First of all, we've been talking about the acceleration transients, rapidly increasing your frequency, or just frequencies that are being so high that we don't use them or so low. >> In both your eyes can catch is one little octave on a piano that stretches for miles in both directions. All of it, one single phenomenon. One set of four equations, but I promised you that missing ghost led somewhere huge. So, let me close the loop. Remember those two numbers Maxwell plugged in, the ones that handed him the speed of light? They are properties of empty space itself, not of light, OF THE VACUUM. >> WHOA! BOSS. OH, this is where I got goosebumps. Permittivity and permeability, they're properties of the vacuum. Those aren't properties of the light itself. But properties in what? I thought the speed of light was constant and the speed of light's in an empty void and it's regenerating itself from nowhere. But then why does your equation have permittivity and permeability in it as if it's traveling through a medium? That's what we would use if I'm going to have electric current flow through a metal wire. >> Which means the speed of light is not really a fact about light at all. It is stitched into the structure of space. And that carries an absolutely insane consequence, one that took the world another 40 years to swallow. If the speed of light is fixed by space itself, then it is the same for everyone, no matter how fast they happen to be moving. Run toward a beam of light, run away from it, sprint alongside it, does not matter, you always measure the same speed. And that is impossible in the ordinary world. If I run toward you, our speeds add together, but light refuses to play along. So, something else has to bend to keep that speed locked in place. And 26-year-old patent clerk named Albert Einstein looked at Maxwell's equations, took that fixed speed of light dead seriously. >> You see where this is going? >> [clears throat] >> There's a flaw. This is a problem. The speed of light cannot be constant. That equation, c = 1 / the square root of the electric permittivity by times the magnetic permeability, that can't be true. When we actually look at physics, if I run towards you, if we want to see the relative uh velocity, we would add or subtract these things together. There's actually a famous video that went viral where a guy jumps off the back of a moving car. Actually, he gets propelled. And how does it work? Because the forward-moving velocity is canceled by the reverse velocity, and therefore, he just drops straight, stationary, no movement. Right? So, we say this, and you say, "But, no matter what how fast I'm moving, the speed of light is always measured by me the same." But, that doesn't make any sense. If that's the case, reality as we know it's not going to work correctly. So, what's the correction to this? How does the universe correct this to make sure that everything still works? This is the secret. >> And realized the thing that has to bend is time itself. Special relativity, time >> Time itself must bend. That's the only way to make it consistent. Time itself must be bending. Think about how crazy that is. When you present this idea to me that speed of light is constant everywhere, that means the speed of light's the property of the medium. The medium is the reason why the speed of light goes 300,000 km per second. m per second. 300,000 m per second. The reason why it goes as the property of the medium itself, not the light. That's why in all reference frames it's always the same because it's not a beam that's chasing me. Because that's not what's happening. What's happening is the speed of light is a perturbation in the medium. And therefore that's why it's always a constant from our perspective. Boom. Boom, chat. That's drop-the-mic, walk-off-the-live-stream kind of talk. But I'll let it finish. >> dilation, E = mc^2, all of it comes pouring out of taking Maxwell's speed of light seriously. Maxwell's four little equations did not just explain light. They were the unlocked door to the entire 20th century. So, let us walk all the way back to that wall. Those four lines I used to stroll right past. The ones on the T-shirt, the wallpaper I decided was not for me. Here is what they actually say in one breath. Electricity and magnetism are two halves of one single thing. Shake a charge and they leapfrog out through empty space as a wave, and that wave is light. Every color, every radio signal, every X-ray, the warmth of the sun, all of it is the same ripple moving at a speed baked into the fabric of space. A self-taught bookbinder felt it in his gut. A Scottish mathematician wrote it down and patched the one broken piece with a fearless guess. And a man who died far too young turned out to be right about one of the deepest things in the universe. That is not wallpaper. That is the moment our species figured out what light is. >> Dope. >> And that speed, the one that just fell out of nowhere, the same for absolutely everyone, is the loose thread that unravels time itself. >> Cool. By the way, this is why we like By the shout out to these guys, cool videos except they were totally wrong about the ether. Totally 100% wrong about the ether. This right here, the part about the speed of light being connected to the medium, this is exactly what the black project engineers are manipulating to create gravity. Okay, well, if you want to create gravity, manipulate this on the tiny scales. Manipulate this at fusion level atomic scales.