Scale Invariance Is Why the Orbs Work at Any Size

Now, you may say Ashton, you never give us the secret sauce though. About to give it to you right now, chat. Bout to give it to you right now. It's felony physics time. Hope you're ready. So, you always say, "Ashton, what about how you engineer it?"

Specifically. >> [clears throat] >> Well, shout out to a real one, TMB Spaceships. 1.094 MHz pushes pressure into the mesoscopic interface via first hydrogen ion tensor. Raise your hand if you know what that means. No, put your hand down. I know you don't know what the hell that means. None of you know what that means. I don't even know what that means.

Proponents treat this velocity 1. whatever it was, 9 1.094 as an impedance match. The longitudinal mechanical wave speed inside the nucleus equals the effective transverse electromagnetic wave speed in the surrounding electron structure. They claim that a single match classically produces discrete energy steps. Planck's constant and the fine structure constant. Holy crap, chat. There it is.

Holy bone, chat. Do you know what that means? No, you don't. Okay, let me drop down to English for you. What they're saying, ignore the number for now. The exact number doesn't really matter, but let's just, you know, there's a secret number and this number is the frequency that we need to tap into the atom.

Yes. We can tap into the hydrogen atom and now we can control how much energy it's sucking up. Why? Because there's a relationship between this longitudinal spin, the longitudinal wave that we control via the A vector potential, we control that longitudinal wave and that can amplify the absorption and and release of the energy. So, there you go. You were looking for a way to engineer and tap into the zero-point energy, well, TMB spaceships was giving us the sauce.

He was saying that there are specific frequencies that will let you tap into the actual atom structure based on the transverse movement of the electron. This movement of the electron is creating the longitudinal structure. So, imagine it just like you look at a black hole. You look at these black holes or, you know, spinning stars, let's say um what are neutron stars or whatever? Neutron star. What does the neutron star look like?

It looks like a ball with these jets shooting out of it. Now, imagine an atom is also a ball with jets shooting out of it. These balls with the jets shooting out of them, now you can imagine the jets invisible. Imagine the invisible jet is your longitudinal structure of your atom. The spin, the rotation of the atom itself is causing this longitudinal structure. So, this is why they're able to tap into it.

So, he says, because the frequency times length equals velocity. So, frequency times length equals velocity, a characteristic laboratory length of 1 m converts the same number into a drive frequency of 1.094 MHz. That's your equation right there, simple. A very simple one. Is that because frequency times velocity the length equals velocity, you just multiply the length of 1 m times the frequency, and you get your uh or whatever. You just drive the the you times your your velocity whatever.

I had this wrong anyway. You get the point. There it is. Uh it says that frequency scaled as MHz meters when the device size changes is what they call the hydrogen ion tensor interface. So, now what does this mean? This means once you've figured out this drive frequency, you can now scale it up.

So, if you're trying to create a plasma ball, and you create this drive frequency, you say, "I want my plasma ball to be this size, size of my pinky." Okay, we can scale up because it's not going to stay at this. You're going to multiply this number whatever you're going to do here. This number's going to change, but this is your frequency that's going to be the same between however big or small you want to make your object. And why? Because we're trying to hit resonant frequencies.

So, there isn't just one frequency that's the answer, but you have to use the drive frequency to figure out how you want to tap in to what you're trying to tap into. Driving it is said to couple the microscopic electronic match to the mesoscopic coherent structures pushing pressure across the interface extending forces ranges or amplifying gravomagnetic effects. So, this is what they're saying is that this will amplify gravity effects. That's what we would expect to have happen here. This has to be connected with Salvatore Pais saying.

TMB Space Ships post is therefore a compact claim that this frequency applied to its first simplest hydrogen ion tensor is the practical handle that moves the effect from atomic scales to engineered mesoscopic systems. Thank you TMB Space Ships, probably General McCaslin. Thank you, brother. This is like getting a message from beyond the grave, chat. Okay, if you're lost, all you need to know is that there are specific frequencies that will let you tap into the atom, and now we can suck the zero-point energy out. There you go. That's what it means.

And it's not complicated. All he's saying is that there are specific frequencies, and if you hit the atom with that specific frequency, you can cause the uh electron orbital to expand or shrink. And this is pulling energy out of the vacuum. Because what happens, it goes back to normal. So, just like if I were to jump on a trampoline, the trampoline bounces back to normal. Same thing with the zero-point energy.

We pull that atom the energy out of that atom, it sucks it back up from the zero-point energy field really quickly. It should be super obvious these videos are real the more I teach you about physics. If I'm doing my job correctly, because what do we notice about this? Look how fast This is in super super slow mo. The vacuum opens up and closes almost faster than you can blink. The vacuum The atoms are sucking up zero point energy extremely fast. It's why we don't see it.

And this happens in these tiny scales all the time. That's was one of the most shocking things about this. Not just that the plane's disappearing, but it wasn't like a wormhole opened up and they flew through and then it closed. It was like it literally just ripped a hole in the vacuum and it closed up instantly. And when it closes up, it looks like a bubble closing up, too. Look at it.

Watch it expand and then contract in just three frames. Three frames. And it's gone. And there was nothing there.