Luke Caverns

Oh, gosh. You may have to zoom in. I'm not a good seer. I think that's the problem.

All right, so having proposed in my book, the Giza Power Plant and Giza, the Tesla connection, that important features related to power generation might lie beneath the Giza pyramids in Egypt, I have been asked to comment on the recent announcement of the discovery of massive previously undiscovered voids and constructions beneath those pyramids.

All right, so having proposed in my book, the Giza Power Plant and Giza, the Tesla connection, that important features related to power generation might lie beneath the Giza pyramids in Egypt, I have been asked to comment on the recent announcement of the discovery of massive previously undiscovered voids and constructions beneath those pyramids.

All right, so having proposed in my book, the Giza Power Plant and Giza, the Tesla connection, that important features related to power generation might lie beneath the Giza pyramids in Egypt, I have been asked to comment on the recent announcement of the discovery of massive previously undiscovered voids and constructions beneath those pyramids.

My initial impressions, based on my own research and that of others referenced here, are that if the reported scan data and analyses are correct, this would be a major discovery and a validation of my own theories, but more importantly, provide motivation to pursue a path towards clean energy and a safer environment.

My initial impressions, based on my own research and that of others referenced here, are that if the reported scan data and analyses are correct, this would be a major discovery and a validation of my own theories, but more importantly, provide motivation to pursue a path towards clean energy and a safer environment.

My initial impressions, based on my own research and that of others referenced here, are that if the reported scan data and analyses are correct, this would be a major discovery and a validation of my own theories, but more importantly, provide motivation to pursue a path towards clean energy and a safer environment.

The reason for that, I believe, does not come from me, but from a remarkable German physicist named... Friedman Freund. I'm not familiar with him. Freund, yeah. Freund. He's talked about him before. All right. Do you want me to read the whole thing?

The reason for that, I believe, does not come from me, but from a remarkable German physicist named... Friedman Freund. I'm not familiar with him. Freund, yeah. Freund. He's talked about him before. All right. Do you want me to read the whole thing?

The reason for that, I believe, does not come from me, but from a remarkable German physicist named... Friedman Freund. I'm not familiar with him. Freund, yeah. Freund. He's talked about him before. All right. Do you want me to read the whole thing?

I mean, why not? Let's go through. All right. So Robert Votter, Chris Dunn, and Dr. Freund at the SETI Institute, NASA physicist Dr. Friedman, while researching the physics behind earthquake lights.

I mean, why not? Let's go through. All right. So Robert Votter, Chris Dunn, and Dr. Freund at the SETI Institute, NASA physicist Dr. Friedman, while researching the physics behind earthquake lights.

I mean, why not? Let's go through. All right. So Robert Votter, Chris Dunn, and Dr. Freund at the SETI Institute, NASA physicist Dr. Friedman, while researching the physics behind earthquake lights.

with the hopes of developing an earthquake early warning system, discovered that when igneous rock in the lithosphere is put under stress, proxy defects in the mineral cause positive hole electrons to shoot to the surface, He was able to demonstrate during lab experiments that electrons will flow when igneous rock is put under pressure, describing it as semiconductor physics.

with the hopes of developing an earthquake early warning system, discovered that when igneous rock in the lithosphere is put under stress, proxy defects in the mineral cause positive hole electrons to shoot to the surface, He was able to demonstrate during lab experiments that electrons will flow when igneous rock is put under pressure, describing it as semiconductor physics.

with the hopes of developing an earthquake early warning system, discovered that when igneous rock in the lithosphere is put under stress, proxy defects in the mineral cause positive hole electrons to shoot to the surface, He was able to demonstrate during lab experiments that electrons will flow when igneous rock is put under pressure, describing it as semiconductor physics.

Dr. Freund gives an excellent explanation of his discovery during a TED Talk in Christ Church, New Zealand in his highly recommended YouTube video. All right. This looks like this is going to be incredibly long. It's not that long. Is it not? Okay. I'll take it from here. I'm just going off the cursor right here. I know.

Dr. Freund gives an excellent explanation of his discovery during a TED Talk in Christ Church, New Zealand in his highly recommended YouTube video. All right. This looks like this is going to be incredibly long. It's not that long. Is it not? Okay. I'll take it from here. I'm just going off the cursor right here. I know.

Dr. Freund gives an excellent explanation of his discovery during a TED Talk in Christ Church, New Zealand in his highly recommended YouTube video. All right. This looks like this is going to be incredibly long. It's not that long. Is it not? Okay. I'll take it from here. I'm just going off the cursor right here. I know.

Yeah, well, so like you and I were saying, I'm extremely skeptical of these guys. But I think it's pretty commendably transparent that Chris says, like, you know, my own confirmation bias may be at work here. Because obviously he is personally... like maybe like emotionally invested in something like this. And this is personally exciting and vindicating to him.