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Christopher Dunn (2024) - Egypt's Ancient Technology and the Giza Power Plant · The Joe Rogan Recap

• 0:00
  Welcome to the Joe Rogan recap. Great to be diving in again.
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  Today we're really digging into a pretty mind bending Joe Rogan
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  Experience episode. This one featured Christopher
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  Dunn. Right, the engineer who looks at
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  ancient Egypt through a completely different lens.
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  Exactly. We're going to unpack his
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  perspective on ancient Egyptian technology, focusing on his
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  ideas about the Great Pyramid and, you know, those incredibly
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  precise artifacts he talks about.
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  Yeah, the stuff that just doesn't seem to fit the standard
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  timeline or toolkit. And for you, the learner, think
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  of this as your shortcut to understanding a really complex
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  but honestly fascinating viewpoint on our ancient past.
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  And Dunn's background is key here.
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  He wasn't an archaeologist or historian initially.
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  He comes from precision manufacturing.
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  OK, let's unpack that a bit. So he started as an apprentice
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  right back in Manchester, England.
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  Learned the trade from the ground up.
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  Got his journeyman papers which means he was fully qualified in
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  his craft. Then 1969 he gets recruited by
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  an aerospace company over here in the US.
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  Started out turning lathes, vertical, horizontal, boring
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  mills, basically shaping metal with extreme precision.
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  And then moved up, became a manufacturing engineer.
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  And that practical, hands on experience, that's what he
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  brings to looking at these ancient objects.
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  He sees potential manufacturing, not just art or ritual items.
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  Yeah, he's looking for tool marks, tolerances, things an
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  engineer would look for, and this really kicked off for him
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  after reading Peter Tompkins book Secrets of the Great
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  Pyramid back in 77. Tompkins asked this question
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  that really stuck with Dunn didn't.
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  He he did. Does the Great Pyramid in sign a
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  lost science? That was the question.
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  And that sparked something. You know, it makes you wonder
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  what assumptions we're making about the past.
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  Are we maybe underestimating them?
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  Right. And Dunn then digs into William
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  Klender's Patri's work. Patri was like a pioneer
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  Egyptologist, Meticulous. Guy and Patri documented things
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  that sounded well advanced. Lathes massive core drills like
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  18 inches wide. Even suggested circular saws.
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  So imagine Dunn the engineer reading this.
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  He's immediately thinking, OK, how?
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  What kind of tech makes sense? Exactly.
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  It's about the how. So his approach becomes very
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  methodical. Measure everything, figure out
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  the material. Look for those tool marks like
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  reverse engineering a product. Which brings us straight to
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  maybe one of the biggest points of contention, the core drill
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  holes. Ah yes, we touched on this with
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  Graham Hancock and Flint Dibble before.
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  Dibbles idea was you know, maybe copper tools and sand as an
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  abrasive. Simple stuff.
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  But Done pushes back hard based on Petri's own observations,
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  specifically a spiral groove on a granite core.
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  Petri measured the pitch of this groove just 100th of an inch per
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  revolution. Think about that.
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  A screw thread, right? Every full turn, the drill bites
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  deeper into solid granite by only 11 hundredth of an inch.
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  Now compare that to modern tech Dunn, Actually, check this.
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  Modern diamond drills spinning fast.
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  They penetrate granite at maybe 21 thousandths of an inch per
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  revolution. Yeah.
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  So if Petri and Dunn are right. The ancient drill was cutting
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  about 500 times faster. 500 times that's that's not just a
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  little bit better, it's a different ball game entirely.
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  And it wasn't a one off Patriot found similar grooves on
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  multiple cores from different places.
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  It looked like a standard result.
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  Plus, more recently, 2018, a couple of aerospace engineers,
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  Wilson and Geer. They examined 1 of Petrie scores
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  #7 at the Museum in London. And using their modern know how
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  they confirmed it, they saw the spiral.
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  So modern engineers agreeing with Petrie's century old
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  observations. Now there was a counter
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  argument, right? Right.
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  Ogilvy, Harold and Lawton. Yeah, they looked at photos and
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  said no, it looks horizontal, not spiral.
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  Which, you know, highlights a problem of using 2D photos for
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  3D analysis. Things can look different.
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  Definitely. So Dunn went back himself to the
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  museum. And did something really simple
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  but clever. He took a piece of cotton
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  thread. Just wrapped it around the core.
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  Following the groove confirmed it.
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  Continuous spiral. No doubt about it from his
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  direct observation. So.
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  That hands on check seems pretty definitive.
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  The implications, though? What tech could do that
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  thousands of years ago? It really forces you to question
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  the standard model of ancient capabilities.
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  Were they way more advanced in some areas than we think?
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  OK, let's shift gears slightly. Another category of artifacts
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  that Dunn focuses on the vases. And we're not talking simple
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  clay pots here. These are carved from solid,
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  incredibly hard stone. Granite, diarite.
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  Igneous rock. Tough stuff.
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  And the precision, it's stunning.
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  Dunn talks about a 3D printed replica made from scans of an
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  original vase. Near perfect symmetry tolerance
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  is down to a few thousandths of an inch.
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  That's well, in machining, that's basically perfect.
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  And they have these intricate features, like handles carve
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  right out of the solid stone block.
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  Which totally blows the Potter's wheel explanation out of the
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  water, right? How could you possibly do
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  handles like that with that symmetry on a spinning wheel?
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  And how did they hollow out the inside so accurately and measure
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  it? Some have really narrow necks.
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  Dunn mentions these run out tests on one vase they call the
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  spinner, testing how true it spins.
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  And the accuracy was within half the thickness of a human hair.
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  Half a hair's thickness that's it's hard to even visualize that
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  level of precision achieved back then.
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  It's a huge challenge even with modern computer controlled
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  machines, let alone supposed ancient hand tools.
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  It does seem to highlight a potential disconnect maybe
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  between practical engineering analysis and some traditional
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  archaeological interpretations well.
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  Yeah, the engineers want to measure precisely analyze the
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  how, while sometimes archaeology might resist looking at purely
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  as a manufacturing problem. And the usual explanations,
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  copper tools, sand, they just don't seem adequate for this
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  level of work in Hearthstone. The evidence for those tools
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  doing this kind of job isn't really there.
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  Which neatly leads us into Dunn's really big idea, the
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  purpose of the Great Pyramid itself.
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  Right. His first book, the Giza Power
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  Plant back in 98, and he's refined it since then in Giza,
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  the Tesla connection. His current idea is it was an
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  electron harvester. Yeah, and it's crucial to
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  understand what he means by power plant.
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  He's not talking coal furnaces and smokestacks.
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  No, nothing dirty. It's about tapping into natural
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  energy, clean energy, harvesting electrons already present.
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  He uses the analogy of a generator, right?
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  A generator doesn't make electrons, it just organizes
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  them, harvests them using magnetism in motion.
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  So the pyramid, he thinks, did something similar, but using the
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  Earth's energy on a massive scale.
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  And his argument is that the entire design, its size,
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  materials, internal chambers, shafts, everything points to
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  this function. O the King's Chamber, The
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  Queen's chamber. Maybe not burial spots, but
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  functional parts of the machine. Functional terminology, yeah.
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  And that original smooth limestone casing, now mostly
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  gone. He thinks that was vital to
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  maybe reflecting or focusing energy.
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  Like a giant reflector dish. Possibly, yeah, Integral to the
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  whole system's efficiency. OK, what about those shafts, the
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  narrow ones leading out from the chambers, usually explained as
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  ventilation or * alignments. Den sees them very differently.
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  Crucial components take the Queens chamber shafts.
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  They didn't originally go all the way out.
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  They stopped inside the pyramid. Blocked by limestone until
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  Wayman Dixon drilled through later.
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  And the northern Queens chamber shaft.
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  Its dimensions are weirdly close to a modern microwave waveguide.
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  A waveguide like for guiding microwave energy.
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  Exactly, and the dimensions seem resonant with the wavelength of
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  hydrogen. OK, so what's the theory?
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  Collecting ambient microwaves from space, like leftover Big
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  Bang radiation or hydrogen signals.
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  That's part of his hypothesis and the southern Queens chamber
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  shaft. Maybe that was for introducing
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  chemicals, perhaps to generate hydrogen inside the chamber.
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  Well, OK, he even uses a civil engineering analogy about the
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  limestone acting like a filter maintaining pressure for fluids
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  in the shafts. Right, suggesting A controlled
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  internal environment. And we have to mention Gantt
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  Brinks robot Loopwat too, finding that that blocking stone
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  with the metal fittings at the end of the Queen's chamber
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  shaft. Nobody knows what those fittings
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  are made of or for. Definitely adds to the mystery
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  and suggests something more than ventilation.
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  Now the King's Chamber shafts do go all the way to the outside.
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  Right and done connects the whole system to the subterranean
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  chamber way down below the pyramid.
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  He thinks that could have been like a a coupled oscillator
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  vibrating with the Earth. Yeah, kind of like Tesla's ideas
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  about Earth resonance. Exactly.
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  He pulls in research by Doctor Frank Freund on earthquake
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  lights, too, The idea that stressed granite, like in the
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  pyramid can release electrical charges, potentially electrons.
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  So you've got maybe electromagnetic energy,
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  microwaves, and mechanical energy vibrations.
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  Involved combination, yes. So the northern King's chamber
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  shaft brings in the microwave signal may be amplified.
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  Hydrogen comes up from the Queen's chamber.
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  And the King's Chamber itself acts like.
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  What a resonator. Like a laser or a mazer cavity
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  amplifying the energy. That's the analogy he uses,
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  amplifying the energy. And the southern King's chamber
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  shaft is the output, the power nozzle.
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  He mentions its shape, right? Kind of bulbous.
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  Yeah, he photographed it, and it looks remarkably like a
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  microwave horn antenna. Even the bends in the northern
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  King's chamber shaft. Yeah, he thinks they're
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  deliberate, like a waveguide to shape the beam.
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  Potentially yes, to make the microwave energy coherent as it
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  enters the chamber. And the positioning where that
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  northern shaft enters the King's chamber, it's at a specific
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  point, 1/4 wave location. Right, which in physics is a key
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  spot for maximizing energy in a resonant cavity.
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  It suggests incredibly precise design it.
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  Really does start to sound less like a tomb and more like a
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  machine. The level of interconnected
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  detail is compelling. Digesting purpose.
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  And this all leads to the really wild idea wireless power.
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  He connects it straight to Tesla Wardencliffe Tower, the dream of
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  wireless electricity. Dunn suggests the pyramid, maybe
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  with a gold capstone, could have done just that, transmitting
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  energy wirelessly. Combining Freund's rock physics,
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  Tesla's ideas. Wow.
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  OK, so obviously these ideas are unconventional.
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  How has mainstream archaeology reacted?
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  Well, as you'd expect, there's been significant pushback, lots
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  of debate. Dunn talks about feeling like
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  engineers are expected to work under archaeologists rather than
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  as peers applying their own science.
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  Even though the tomb theory itself lacks A definitive proof
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  like, you know, a pharaoh inside.
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  Right. The tomb theory is still
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  dominant, but Dunn made a smart move.
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  He started talking directly to Egyptian engineers.
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  Asking them to look at the evidence with their own
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  expertise. Exactly.
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  And he says he's seen a shift, especially among younger
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  engineers in Egypt, who are more open to questioning the old
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  explanations. He mentioned Ahmed Adley, an
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  Egyptian engineer who's validated some of Dunn's points
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  and even presented the power plant idea to physicists at
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  Cairo University. That's a big deal.
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  It shows the conversation is happening within Egypt too.
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  And there's even a STEM class at the Grand Egyptian Museum now,
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  with Adley exploring pyramid energy concepts.
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  Yeah, that's fascinating. Kids actually doing experiments
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  related to this could be a game changer down the line.
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  Another point Dunn brings up is iron.
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  We know Tudong Komen had that meteoric iron dagger around 1330
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  BC. But Dunn highlights an iron
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  plate found inside the Great Pyramid, potentially from when
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  it was built much earlier, Which?
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  Predates the accepted start of the Iron Age in Egypt around
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  1200 BC. So it suggests maybe they were
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  using iron, perhaps meteoric iron, earlier than we thought,
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  even if they weren't smelting it on a large scale yet.
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  OK. Shifting again acoustics.
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  This is really interesting. Sound engineers found the
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  pyramid shafts resonate at a specific frequency.
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  F Shock. Yeah, when wind blows across
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  them. And apparently some ancient
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  Egyptian texts link F shock to the Earth's resonant frequency.
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  And that same note F Shab pops up in sacred flutes of some
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  Native American shamans and even supposedly in human DNA.
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  That's quite a coincidence, if it.
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  Is 1 Tom Danley, the audio expert, measured vibrations
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  inside the King's chamber, found it resonates even with
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  everything off. And Dustin Carr, who made a nano
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  guitar, did a computer simulation, A finite element
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  analysis. Right.
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  And it showed the whole pyramid resonates at about 16 Hertz
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  infrasound below human hearing so.
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  Again, it points to the pyramid as a dynamic structure
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  interacting with vibrations and sound, not just a static
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  monument. All these threads, the
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  precision, the potential energy generation, the acoustics, they
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  weave together into a picture that's hard to square with just
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  ramps and copper chisels. Dunn even thinks the other
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  pyramids might have been part of the system.
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  Right. Different designs for different
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  functions within one big energy grid.
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  That's a speculation, and he draws parallels to things like
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  the Marfa lights or Sedona Vortex's potential natural
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  energy spots today. Maybe the pyramid tapped into
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  something similar? Going back to that debate about
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  ancient industry, Dunn mentioned monosize Saudi's research on
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  lead levels in ice cores. Yeah, challenging the idea that
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  significant lead pollution only started relatively recently.
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  Safsada found lead spikes way back like 149,000 years ago.
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  Which just adds another layer of complexity to dating ancient
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  activity and its potential scale.
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  It shows the science is always evolving.
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  Definitely, And regarding the attempts to debunk the core
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  drill spiral, the Scientists Against Myths paper Dunn had a
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  strong counter. He pointed out they were mostly
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  using 2D photos to analyze a 3D spiral groove.
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  Which is fundamentally flawed geometrically.
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  You can't accurately judge 3D shape from a single 2D view.
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  You need direct measurement or proper 3D scanning.
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  It feels like maybe there was a bias there, an attempt to
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  disprove rather than objectively analyze.
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  It's hard to say for sure, but the methodology seems
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  questionable compared to Dunn's direct examination and.
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  Briefly on Gabaglipe predating agriculture, Dunn suggested
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  maybe they didn't need plant agriculture right away.
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  Yeah, if they had advanced animal husbandry or just super
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  abundant wild resources, maybe plant farming wasn't the
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  immediate priority even while building monumental structures.
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  It broadens how we think about early civilization.
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  When you take it all in, the implications are just huge.
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  If ancient people, Egyptians or someone else really did have
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  clean energy tech. It changes everything about our
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  view of history, progress and what's possible.
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  And the idea that such knowledge could be lost, maybe in events
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  like the Library of Alexandria burning, it's kind of tragic.
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  And absolutely, how could such advanced understanding seemingly
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  disappear or become a hidden from subsequent history?
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  That's the lingering mystery. This whole dive into Dunn's
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  work, it really leaves you with more questions than answers, but
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  in a good way. It makes you think.
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  It definitely stretches the boundaries of what we think we
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  know about the past. It's truly mind blowing stuff.
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  The precision, the scale, the potential technology.
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  It suggests a past far more complex than the standard story.
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  So the final thought for you listening is this.
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  If technology like this did exist thousands of years ago,
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  what other knowledge might be lost?
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  What else don't we know about our own history?
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  And what could rediscovering it mean for our future?
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  Definitely check out Dunn's books, The Giza Power Plant,
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  Lost Technologies of Ancient Egypt, Giza, the Tesla
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  Connection, and the Rogen episode itself for the full
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  context. Thanks for joining us on this
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  deep dive.