Ashton Forbes

Well, if it gets heavier, that means there's more gravity.

Right.

That's what that means.

So we could also then say if I'm accelerating something, I'm increasing the gravity in that region right there from our perspective looking at it.

This is also true of a plane, but it's also true of a particle.

So if you are accelerating your particles towards the speed of light, you're in theory increasing, creating a local gravity well where you're doing that acceleration, right?

That's what the orbs are doing.

So this is why we were paranoid about CERN producing a black hole.

Because people were saying, well, you're going to accelerate these particles and smash them.

It's going to create a black hole.

The black hole will become self-sustaining and it'll suck all of us in and we're going to all die.

That was not true.

And the reason why that's not true is that the universe closes up on itself really fast.

You can't just make a black hole and have it be persistent forever.

The universe wants to close in on itself.

Just like if you were to pull water out of the ocean, it's not going to leave a gap there.

The water will just close in right on it right away.

So what they've been able to manipulate is this exact process.

How do you manipulate gravity?

You use general relativity.