Video Transcript
I realize you guys are even smarter than you give yourself credit for. We've learned so much here that we're now taking for granted some of the basic physics concepts. I actually couldn't believe this and I want to show this to you guys. This video about relativity. Where did I do with it? This video about relativity that shows just the basics of how relativity worked and it's already reading through the comments and I started seeing that basically everybody in the half the people in the comments were saying that it's fake. That's not how it works and I'm going wait. This isn't this isn't even like complicated stuff. This is like the equivalent of just understanding gravity makes things go to the ground. And people in the comments are just not not getting it all and I'm realizing like oh boy, if you don't understand relativity like to the basic level then we're certainly then of course warp drives are going to seem like you know, Harry Potter magic for sure. So let's go ahead and watch this. This clip's only like 30 seconds too. It's not even long. Here we go. If you fire a gun forward while standing on a super fast train, you'll see it zoom away like normal. But from the ground, the bullet's speed would combine with the train speed making it look twice as fast. Now if you turned around and fired the gun the other way, you would see the shot travel toward the back of the train. And if its speed exactly matches the train's forward motion, they would cancel out making the bullet look like it just plopped onto the ground. If you fire a gun forward while st- So >> [clears throat] >> people's problem with this is because what the guy's saying right there is if somebody's on this train moving fast and you shoot the exact same speed as the train is moving backwards and somebody's watching looking at this event thing happen it's going to look like the bullet just goes straight to the ground. Those people watching are going to be like wait, that was weird. Bullet's just bullet's not even going to look like it was moving. It's going to look like it went straight to the ground. And so people think about that in their head and they go that's dumb. That's not real. It's like I'm not even joking. They go that's not real. You're like no, that is real. In fact, Mythbusters even did like a whole test on it that proved that it's real. They basically just took a car and they had they shot a cannon out of the back of the car what have you and the ball just like they just they recorded it from the side and the ball just looks like it goes straight down. Now why is this real? Simple. An object in motion stays in motion. So if you the same concept is actually easier to understand with my airplane. Where are my iPods? Here you go chat. You ready? I'm going to explain the concept even easier for you. Our airplane MH370 is flying. We're going to drop our bomb. Okay, what's going to happen when I drop the bomb? Is it going to go down like this? No, it's going to go like this. Okay, so let's do it again. The object keeps moving forward because it's moving at the same speed as the plane. Now you apply this to the gun scenario and this means if you're shooting your gun forward on the train the apparent speed of the bullet's going to be the speed of the train plus the speed of the the bullet if you're watching from the outside. But if you're on the train the speed of the bullet's just going to look like the speed of the bullet. Now why is this important? Because it tells us everything is relative. If you're on the train, you shooting the gun any direction, it looks normal to you. It looks normal to you when you shoot the gun forward. It looks normal to you when you shoot the gun backward. To you in your reality the gun is normal no matter what. From the person on the outside though it looks weird as [ __ ] When you shoot the gun forward the person on the outside looks like that gun's moving at double speed. And when you shoot the gun backwards it looks like the bullet's not moving at all. It looks like the bullet's just going straight to the ground. In fact, it is. The bullet is going straight to So the reality of the situation from two completely different perspectives is completely different. Their realities are completely different. Now why is this important? That's how a wormhole works, [ __ ] That's how a wormhole works exactly. Remember, two different perspectives. From one perspective, everything looks normal. From the other perspective, the bullet looks like it's moving in double speed or half or no speed. When you go through the wormhole for you inside the wormhole, everything looks normal. You just all of a sudden are somewhere else. But it doesn't look like you teleported. You just were somewhere else all of a sudden. Like you walked through a doorway. But for the people on the outside it looks like you just teleported. It looks like you were just over here but now you're over here and that's impossible. But that's because the person on the outside didn't have your perspective. They weren't able to see what really happened. Mind blown, nerds. Mind blown. General relativity is what allows all the magic to happen. This is what allows free energy to happen too because now you've created a situation where two different people looking at the same event can see two completely different physical things. This is also how you can reverse the laws of thermodynamics. Where one person can see hot flowing to cold and the other person can see cold flowing to hot. Which one's true? Which one's not true? Rock does not compute. Does not compute. NPC brain broken. Meat boop. Meat boop. This is why relativity is so important. This is why the idea of the reference frame is so important. This is why quantum mechanics is the true answer to our reality. This is why when you look at this secret technology that we have been talking about for two years how what was the secret sauce they needed to make it work? The answer is relativity. We always dumb down relativity. We always look at the the most normal scenario in relativity. The train there's no train. We say in relativity what we do is we just look at the guy with the gun. We never look at the train he's standing on. But we want to get the full picture, we got to look at the whole thing. We got to look at the whole situation. And what they do, last thought on this they scale it down. In these fusion reactions that they do in these fusion reactors they're building, they're using this effect. They realize this relativistic ultra relativistic effect having two things move super fast against away from each other or towards each other they can abuse that. They can make that happen on the small scale and scale that effect up. And they realize oh crap, we can do this to make quantum effects happen on the macroscopic. And the first application of that effect, the most simple application fusion. Fusion. We can overcome the Coulomb barrier. We can cause atoms to come together, psh, release energy.