Video Transcript
We are influencing people. We are influencing people at the highest levels now, chat. We're influencing physicists. We're influencing other very important people that are out there. We are setting narratives. We are making a difference. And here's Sabine Hosenfelder's uh new book. Yeah, she's going to be the ZPE queen. She doesn't know it yet. She doesn't know it. She hasn't accepted her fate. She hasn't accepted her destiny, but one day she will, chat. So, here it is. Sabine Hosenfelder explaining warp drives. Chat explaining warp drives. Here we go. >> Einstein's theory of general relativity itself that allows certain types of travel faster than light. For one thing, it allows wormholes as shortcuts. You don't actually travel faster than light through the wormhole. However, you'll be faster than light that didn't go through the wormhole. Warp metrics exploit another peculiar feature of general relativity, which is that while you can't move in spaceime faster than light, spacetime itself can move faster than light. Physicists believe that this actually happened in the early universe that space expanded faster than light. So mathematically, you can make warp drives work. So far, however, we don't know how to create and maintain either wormholes or warp metrics as these seem to require negative energy, which for the time being is all being used up on Twitter. >> All the negative energies being used up on Twitter. Wow. Wow, man. Lulu hit my camera here, guys. Trying to reestablish. All the negative energies being used up on Twitter. But there it is. General relativity is what proves warp drives and wormholes are real. General relativity is what proves it to be real. Einstein was right about general relativity. He's the one that predicted gravitational waves. A gravitational wave must have a medium by which it's moving through. So we can think of spaceime as a medium. We can think of spaceime as a medium and the gravitational waves are the ripples in that medium. And if there are ripples in that medium, we can use those ripples as propulsion. How how do we do it? We squeeze the vacuum. And the most simple explanation is we produce a very condensed large amount of energy electromagnetic energy in a region of spaceime. Produce a large amount of electromagnetic energy in a region condensed region of spaceime. Now how do we do that? So positive energy we use positive energy to pull it off. Two ways. One laser beams. Laser beams. So we use a very short condensed pulse of energy. Uh ped pedawatt laser atcond lasers atcond lasers are probably the the bee's knees which won the Nobel prize just a few years ago. Atoc lasers. So we use lasers are one way to produce a gravitational ripple. You would pulse it so that you would cause the amount of energy to go up and then down again. And this was going to produce your gravitational wave. We pulse this energy and you use that. Yeah, phentoc. Thank you. Fentosecond and atoscond lasers are the ones that we be looking for and we can use that to make a wave that we're just going to ride on that wave. I'm going to ride that wave. So that would be our warp drive warp metric. The other way we do it to make our wormhole. So we're basically we're taking this zero point energy and we're interacting with the zero point energy. The other way to do it, we need to go like this. We need a worml. We need a really bend spaceime. Then we need a huge amount of electromagnetic energy. A very big amount of electromagnetic energy. And in order to do that, we need a nuclear bomb. We need a thermonuclear bomb to pull that energy off. And a normal thermonuclear energy bomb won't won't be good enough. Why? Because a lot of the energy gets released in the form of heat from the neutrons. the neutrons are releasing energy in the form of heat. So instead, we want an a neutronic thermonuclear bomb because an autronic thermonuclear bomb says no, we're not going to release the energy in the form of heat. We're going to release the release energy in the form of electricity, pure electricity. In fact, it's about three times more efficient. I mean depends exactly how much more efficient but comparing just standard like uh uh neutronic fusion to a neutronic fusion it's generally about three times more efficient so significantly more efficient. Now if we have this huge amount of energy in this region of spaceime what we do to our waves imagine that we are in this calm ocean very calm ocean but it's it's got a little bit of waves in it and we take this huge amount of energy it causes the waves to go like this all of a sudden the waves are get huge they get squeezed together and when you squeeze your waves all of a sudden their amplitude goes way up and way down. This is how we increase the amount of negative energy that we need. The negative energy isn't this exotic substance. It's us disturbing the medium. It's us disturbing the medium. And when we disturb the medium, we squeeze it together and we increase this amplitude of these zero point fluctuations. That's the negative energy that we're looking for. So, we get the negative energy by using positive energy in our spacetime to squeeze our spacetime. Booyah. Okay. Hallelujah. You're going to be good. Next thing here. Vindicated again. Always right about everything. Here we go. Looks like we got another one, chat. So, we have just been on a roll recently. We had macroscopic quantum uh tunneling just won the Nobel Prize, right? Again, right again. And now, here you go. I'm just going to read this. Just observed. Just observed. Here we go. Scientists create matter from pure light, proving Einstein's 120year-old theory E= MC². Right in the lab for the first time researchers used ultra powerful lasers ultra powerful lasers chat at a second lasers used ultra powerful lasers to smash photon particles of light together triggering a reaction that produced actual particles of matter and antimatter electrons and posetrons. This is right up our alley. This is pretty much what we've been talking about for two years straight right here. This is known as the B Wheeler. Whe this is definitely John Archabal Wheeler, by the way. The the Brett or B Wheeler process, a phenomenon first predicted back in 1934, but never observed in the lab until now. Now, why is this so huge, chat? Yes, yatsis in the chat, everybody. Why? Because this shows the equivalence principle is correct. Energy is matter. Energy is mass. And so instead it we know that mass can manipulate spaceime. But now this proves that pure energy can also manipulate space time because matter E= MC². Energy equals matter time the speed of light squared. So this means we can actually use condensed energy to manipulate spaceime. That's one angle to it. That's what this says in this post that I made. So go ahead and like this post. Share this post if you like it. But also it also shows that we can produce matter from light. We can make atoms. We can actually just make atoms from pure energy.