AJ Gentile

What I'm trying to do is take weird topics, complex topics, break them down, make them accessible to everybody, have a good time, get you thinking on your own. If I get things wrong, that's okay. As long as you go out and just get interested in stuff. That's what I'm trying to do. Have fun and get you interested. Have you been looking at all under the structures underneath the pyramid? Yes.

I'm skeptical of that research because if you look at the imaging, I don't see the coils or any of that stuff. I don't see it. They also said they found the tomb of Nefertiti. No, the tomb of Osiris. It just looked like splotches on radar. And they also haven't released any of that information to the scientific community. Nothing's peer-reviewed.

I'm skeptical of that research because if you look at the imaging, I don't see the coils or any of that stuff. I don't see it. They also said they found the tomb of Nefertiti. No, the tomb of Osiris. It just looked like splotches on radar. And they also haven't released any of that information to the scientific community. Nothing's peer-reviewed.

I'm skeptical of that research because if you look at the imaging, I don't see the coils or any of that stuff. I don't see it. They also said they found the tomb of Nefertiti. No, the tomb of Osiris. It just looked like splotches on radar. And they also haven't released any of that information to the scientific community. Nothing's peer-reviewed.

But when it first hit the news, I was like, that supports the power plant theory, the coils and all that. But I have a feeling that their research will be debunked. Hope I'm wrong. Really?

But when it first hit the news, I was like, that supports the power plant theory, the coils and all that. But I have a feeling that their research will be debunked. Hope I'm wrong. Really?

But when it first hit the news, I was like, that supports the power plant theory, the coils and all that. But I have a feeling that their research will be debunked. Hope I'm wrong. Really?

I mean, if you look at the Kufu pyramids, perfect. And then you look at the pyramids that were built later that we know were Egyptian built, and it's like the Timu version. It's like you're not even – it's like a mess. It's just a pile of rocks where the Great Pyramid is precise. And there's no reasons for these different chambers and the chemical residue. Why?

I mean, if you look at the Kufu pyramids, perfect. And then you look at the pyramids that were built later that we know were Egyptian built, and it's like the Timu version. It's like you're not even – it's like a mess. It's just a pile of rocks where the Great Pyramid is precise. And there's no reasons for these different chambers and the chemical residue. Why?

I mean, if you look at the Kufu pyramids, perfect. And then you look at the pyramids that were built later that we know were Egyptian built, and it's like the Timu version. It's like you're not even – it's like a mess. It's just a pile of rocks where the Great Pyramid is precise. And there's no reasons for these different chambers and the chemical residue. Why?

And why are there copper rods going down into the aquifer, which is exactly the technology Tesla was using at Wardenclyffe Tower, the same exact technology. Why? You know, there's hydrochloric acid. We have evidence of that. And we've got the zinc sulfide, and it creates hydrogen atoms that go up the gallery.

And why are there copper rods going down into the aquifer, which is exactly the technology Tesla was using at Wardenclyffe Tower, the same exact technology. Why? You know, there's hydrochloric acid. We have evidence of that. And we've got the zinc sulfide, and it creates hydrogen atoms that go up the gallery.

And why are there copper rods going down into the aquifer, which is exactly the technology Tesla was using at Wardenclyffe Tower, the same exact technology. Why? You know, there's hydrochloric acid. We have evidence of that. And we've got the zinc sulfide, and it creates hydrogen atoms that go up the gallery.

And then there's an opening that's exactly the right wavelength for hydrogen to flow through. And it resonates at 440 hertz, and it makes an F-sharp chord. And it's tuned inside the king's chamber to exactly that chord. Or, you know, maybe it's just a place for a dead guy. You know, why use rose quartz, which is so highly – you know, rose granite is so dense with quartz. It's very rare.

And then there's an opening that's exactly the right wavelength for hydrogen to flow through. And it resonates at 440 hertz, and it makes an F-sharp chord. And it's tuned inside the king's chamber to exactly that chord. Or, you know, maybe it's just a place for a dead guy. You know, why use rose quartz, which is so highly – you know, rose granite is so dense with quartz. It's very rare.

And then there's an opening that's exactly the right wavelength for hydrogen to flow through. And it resonates at 440 hertz, and it makes an F-sharp chord. And it's tuned inside the king's chamber to exactly that chord. Or, you know, maybe it's just a place for a dead guy. You know, why use rose quartz, which is so highly – you know, rose granite is so dense with quartz. It's very rare.

But it creates a lot of piezoelectricity when you apply pressure to it. And hydrogen could do that if you pumped it through the king's chamber.

But it creates a lot of piezoelectricity when you apply pressure to it. And hydrogen could do that if you pumped it through the king's chamber.

But it creates a lot of piezoelectricity when you apply pressure to it. And hydrogen could do that if you pumped it through the king's chamber.

He didn't even mention the limestone from tour. Didn't even touch on it. What's the significance of that? It's a great insulator of electricity. It's also mined from very far away. We know it was definitely there. Herodotus talked about the limestone pyramids that could be seen from the mountains of Arabia. So Herodotus, they were still there.