I found a copy of the National Geographic of the chick outside of it's egg from December of 2025 in a doctor's office waiting for the doctor. I asked my wife whether we had this copy since we subscribe to National Geographic and she said yes. The title of the article was "rethinking how the egyptians built the pyramids" which I found fascinating because what they found was that I believe it was a branch of the Nile River ran right by where the pyramids were built then which means that they could have floated these stones one by one from where they were quarried to the location of the Great Pyramids. This was news to me and I felt fascinated by this discovery of the River or channel or canal that existed then when they were built right next to them which explains why on an engineering level why they were able to build something like this basically almost 50 stories high (the biggest one) so far back and have it still existing to day thousands of years later mostly intact. OF course this is an AI that generated so I will try to do more research to actually get the National geographic article for you if I am able to but this will have to do for now.
begin quotes:
- Waterways & Canals: A major discovery is the Al-Khirba branch of the Nile, used to bring materials close to Giza via canals, essentially making the desert a water highway during the flood season.
- Wet Sand Technique: A simple physics trick proved that wetting sand in front of sledges drastically reduced friction, making blocks easier to pull, as shown in tomb paintings.
- Skilled Workforce: Pyramids were built by organized, well-fed, skilled laborers (not slaves), with support villages providing food, housing, and medical care, highlighting a massive state project.
- Ramps & Levers: While straight ramps are debated, theories suggest spiral ramps, internal ramps, or even counterweight/lever systems using wooden machines to lift stones, as described by ancient sources.
- Precision Engineering: Planners used ropes, astronomy, and geometry for incredible alignment and structural integrity, using smaller "bonding blocks" to facilitate precise fitting of casing stones.
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