Synthetic Aperture Radar scanning reveals anomalies under Giza pyramids. Synthetic Aperture Radar uses multiple scans to measure differences in topography Dirt and rocks above tunnels move differently than dirt and rocks over solid ground, which the SAR detects AI is used to piece together the scan data
Synthetic Aperture Radar detects topographic differences using multiple scans — dirt over tunnels shifts differently than dirt over solid rock. AI assembles the data. Scans reportedly revealed five unknown chambers in one pyramid, though the speaker estimates only 5-10% probability they're real. He funded the project via Kickstarter but laments lack of follow-through.
Key Facts
- Synthetic Aperture Radar uses multiple scans to measure differences in topography
- Dirt and rocks above tunnels move differently than dirt and rocks over solid ground, which the SAR detects
- AI is used to piece together the scan data
- Initial scans reportedly identified five unknown chambers in one of the pyramids
- Speaker estimates 5-10% probability that reported structures under the pyramids are real
- Speaker funded the project via Kickstarter two years prior but expressed frustration with lack of follow-through
Related site: The Great Pyramid of Giza — view location, images, and history on the Ancient Nerds map.
Source: Live Hangout w The Traveling Fools Pyramids, Atlantis & More by DeDunking