AJ Gentile

It would be a good place to hide in plain sight. That's what I would do. And to make things from raw materials, meaning like molecular level stuff, I mean you're totally off grid. We don't need to strip mine. We got everything here.

It would be a good place to hide in plain sight. That's what I would do. And to make things from raw materials, meaning like molecular level stuff, I mean you're totally off grid. We don't need to strip mine. We got everything here.

It would be a good place to hide in plain sight. That's what I would do. And to make things from raw materials, meaning like molecular level stuff, I mean you're totally off grid. We don't need to strip mine. We got everything here.

I think you have to get into interdimensionality then and all. It gets a little wild. But if you're not displacing air or water, that means you're phasing through matter. Right.

I think you have to get into interdimensionality then and all. It gets a little wild. But if you're not displacing air or water, that means you're phasing through matter. Right.

I think you have to get into interdimensionality then and all. It gets a little wild. But if you're not displacing air or water, that means you're phasing through matter. Right.

Right. Look at how when they do missile tests from subs, how those things are just like, ah, trying to get out of the water. Yeah.

Right. Look at how when they do missile tests from subs, how those things are just like, ah, trying to get out of the water. Yeah.

Right. Look at how when they do missile tests from subs, how those things are just like, ah, trying to get out of the water. Yeah.

Right. Which means heat signature or mass. Right. Or electromagnetic displacement. Right.

Right. Which means heat signature or mass. Right. Or electromagnetic displacement. Right.

Right. Which means heat signature or mass. Right. Or electromagnetic displacement. Right.

You know, that would be plasma, so that was hot, if that's what it is. But when they go into the water, we see them under the water for a second, and you don't see any refraction. Right. So that kind of screws up the holographic projection theory a little bit because there's no light refraction.

You know, that would be plasma, so that was hot, if that's what it is. But when they go into the water, we see them under the water for a second, and you don't see any refraction. Right. So that kind of screws up the holographic projection theory a little bit because there's no light refraction.

You know, that would be plasma, so that was hot, if that's what it is. But when they go into the water, we see them under the water for a second, and you don't see any refraction. Right. So that kind of screws up the holographic projection theory a little bit because there's no light refraction.

So how did you do that? Yeah. No, I'm asking you how you do that.

So how did you do that? Yeah. No, I'm asking you how you do that.

So how did you do that? Yeah. No, I'm asking you how you do that.

Of course, and from the inertia it can be done. Now, if I were doing an episode on Tic Tac or Go Fast or Gimbal, I would be remiss if I didn't include Mick West's analysis of those. And I know you've talked to Mick on and off throughout the years.

Of course, and from the inertia it can be done. Now, if I were doing an episode on Tic Tac or Go Fast or Gimbal, I would be remiss if I didn't include Mick West's analysis of those. And I know you've talked to Mick on and off throughout the years.