Video Transcript
The other thing about Epstein that the reason why I was even interested in this was because we already knew that he organized a gravitational wave conference with Lawrence Krauss. Point being already interested in gravitational waves. So we knew anybody that's interested in gravitational waves probably has some idea of this idea of this extra dimension. this idea of the ether because what is the wave with what is the gravity wave? What is rippling? What's the medium that the wave is transmitting through? All waves require a medium. Sound waves, waves in the water. So what's the wave? What's the gravity wave? That's your answer. That's why we need this extra dimension, this fifth dimension. So if you understand that a gravitational wave exists that it's been proven now and this was only proven relatively recently 2017 2015 again the public's consciousness of this is a bit delayed if that exists then an extra dimension should not even be surprising. Here we go. Why did the ball go down? I didn't push it. I just let it go. So someone's pushing the ball because I know I am confident that the only thing that gets something to move is with a force that pushes. So there's a force that's pushing the ball down. In fact, he never he called it gravity. He measured how fast it was pulled but never was able to explain why it happened. How is it? What is gravity? It's this. Everybody says, "Well, why did the ball fall to the ground?" Because gravity took it. But what's gravity? That's as Fineman would say, that's the name of the thing. We have no idea what it is. Why did the ball bro? This is so for to me. This is just so crazy. He's going, "What even is gravity?" This Fineman has a famous five, seven minute speech out there where he gets asked, "What is magnetism?" And he goes, "Well, has to do with how much you're willing to just accept at face value." And he gives a great analogy. He says, "Why is ice slippery? Well, it's wet, but why is it wet?" And when you really start to dig down this, you keep getting into more and more why questions. And to give an example, you'd say, if I were to say, "My grandma fell over." You would you would really you wouldn't ask why. You'd be like, "Oh, is she okay? Which hospital is she at?" You understand all of that context without me having to go into any additional detail just based on knowing what a grandma is and knowing the context. Your grandma might have fall conditions, right? without me even saying any other information about it. But if you say what is gravity, people will be like it's like a pulley force, then that's what Epstein is saying. He's saying all we know about gravity is that if I drop this napkin, it's going to go to the ground. We know it's going to go down. But why does it go down? We can measure this downward force. And here's the answer. Here's what we have been assuming versus the real answer. Assuming a five-dimensional reality, we have been told that a gravity is a is a particle that we're going to find this particle of gravity, these gravitons, and that this will be our fourth fundamental force. We're we're gonna have all these forces that we're going to make up. All these different forces. They're all a little different from one another and gravity be one of them. The problem was we built this huge collider particle accelerator. We're going to accelerate these particles near the speed of light and collide them and then we're going to see all the little pieces. We did that and we looked at all those little pieces. You know what wasn't there? The graviton. There was no graviton there. And now since then, since like the 2000s, physics has been in a crisis. Even though it's probably the most fundamental thing on this earth, drop an apple goes to the ground. But this is where the idea of gravitation came from is Sir Isaac Newton. Realizing that things relate to other objects. So what is the real answer to what gravity is? Gravity is a pressure force. Imagine a bubble in the ocean and you see this bubble and where is it going to go? It's going to go flying up. But you don't ask why is the bubble going flying up? Has to do with density. A lot of kids when they were in science class, they would have to do these science experiments. One of my favorite experiments, one I still remember to this day was a very simple one. Put water, oil, grease, different liquids that have different densities into a jar and they will stay separated. And if you put objects in them, the objects will fall down to the certain level where they reach their equilibrium between certain densities. And I love that in the context of gravity because you would say, how do we manipulate gravity? Well, don't think about trying to make a graviton. You're thinking about the problem all wrong. Think about manipulating the lattice, squeezing the lattice structure. Imagine the entire universe is just this screen that you're looking at right now. And now imagine it's like a matrix, right? It's like Minecraft. Everything's little blocks. When I'm talking about manipulating gravity, I'm saying take your matrix and squish it or expand it. Squish it. And if you squish your matrix in a localized point, say around an airplane flying through the sky, you squish your matrix in just this point. You squish it and you invert that matrix. This goes and then it shoots out this point. That's gravity manipulation. And you could use that same effect to simply ride on a wave. and you're just riding the wave just like a surfer does. Let's take a look. Now that we understand gravity, now that we understand Epstein, I don't know if he understood gravity. My true impression I got from these video clips was that he knew there was something classified, something secret. Does he really know the actual answer? Not sure. I need to hear him talking about the idea of the ether or something that's analogous to that analogous and then then I would be more convinced. So, more to come on this, but what I heard is that there's like six, five more, I don't six or eight more hours worth of interviews. So, maybe he will talk about some of these topics.