Ashton Forbes

And these papers go back to the 90s or the 80s.

And I talked to the guy, and I can tell right away he has no idea.

He has no idea that they figured this out.

He says, you know, the way that people speak to you, they'll say, well, I'm on the cutting edge of the physics, so I would know if, you know, they had figured this stuff out.

And it kind of makes me wonder how they've been able to compartmentalize this so well, that even the people that write the papers that I'm watching on the screen, and I know for a fact that that's what it is, because one of the things I ask them is like, would you recognize fusion propulsion, the thing that you've written all these papers about?

And they kind of avoid the answer to that question.

And so one of the things I've asked them is, remember the dark lines that are coming out of these orbs in front and behind the orbs when the orbs are spinning around the plane?

You know, I said, would you see either Cherenkov radiation or Bremslung radiation coming out of your plasma fusion reactor if you built one?

He's like, no, that would be Cherenkov radiation.

That's Cherenkov radiation.

I went, oh, well, thank you for answering that question.

So those black lines that are coming out really are Cherenkov radiation, which is what happens when particles move faster than the speed of light in the medium.

So why are you seeing these lines coming out of our fusion reactor?

It's because this is Cherenkov radiation, where the particles are being accelerated in the middle of this fusion reactor, faster than the speed of light in the medium of the plasma.

And that causes X-ray radiation to be emitted out of it.

So that's what those orbs are.

They're little fusion reactors, particle accelerators, just like CERN, the Large Hadron Collider.

And how does this manipulate gravity is general relativity.

The same thing we say, if I take an object, a particle, a plane, anything, speed it up towards the speed of light, general relativity says it's going to get heavier.

It's going to get heavier from our perspective looking at it.