Coffrey scan team employs synthetic aperture radar to search Giza Plateau subsurface

Coffrey scan team employs synthetic aperture radar to search Giza Plateau subsurface. Synthetic aperture radar (SAR) uses smaller satellite radar antennas to cover wider areas, treating data as if gained through a larger synthetic aperture Advances in computing have improved data correlation accuracy to track differences down to a couple of centimeters The team uses proprietary software to detect changes in Earth topography over time

The Coffer scan team uses SAR with computing advances that can track topographic changes down to a couple centimeters. Sand wiggles differently over tunnels vs bedrock. The proprietary nature of their software raises verification concerns for independent researchers.

Key Facts

• Synthetic aperture radar (SAR) uses smaller satellite radar antennas to cover wider areas, treating data as if gained through a larger synthetic aperture
• Advances in computing have improved data correlation accuracy to track differences down to a couple of centimeters
• The team uses proprietary software to detect changes in Earth topography over time
• The methodology relies on sand shifting differently over tunnels compared to bedrock
• The speaker notes the proprietary nature of the technology raises verification concerns

Source: The Second Egyptian Sphinx is in the Sky #archaeology #egypt #sphinx #ancientastronomy #history by DeDunking