Stone chambers mapped for 110 Hz acoustic resonance and piezoelectric granite properties. Researchers mapped the 110 Hz acoustic resonance and Helmholtz properties of stone chamber structures Granite exhibits quartz piezoelectric properties under gravitational stress Dense rock structures may provide electromagnetic and radiation protection during coronal mass ejection (CME) solar plasma events
Researchers mapped 110 Hz acoustic resonance in stone chambers. Granite exhibits piezoelectric properties, and dense rock may shield against solar plasma events—linking to Göbekli Tepe's 9,000+ year sky observations. A 'snake chamber' in CT is ~131 ft long with its head oriented toward a window at 13° north, possibly tracking lunar standstill. 🔊
Key Facts
- Researchers mapped the 110 Hz acoustic resonance and Helmholtz properties of stone chamber structures
- Granite exhibits quartz piezoelectric properties under gravitational stress
- Dense rock structures may provide electromagnetic and radiation protection during coronal mass ejection (CME) solar plasma events
- Chambers may have functioned as shelters during solar events, referencing Göbekli Tepe (dated 9,000+ years ago) as evidence of ancient sky observation
- 'Snake chamber' (guardian chamber) in Ledyingtonville, CT measures approximately 131 ft long with a 4x3 ft tail section; detached head turned 90 degrees toward a window at 13 degrees north, possibly tracking lunar standstill alignment
- Standing waves created by chamber acoustics (e.g., 9x8 dimensions) could produce 111+ Hz resonance frequencies
Related site: Gungywamp — view location, images, and history on the Ancient Nerds map.
Source: The Roundtable Chronicles - Ep. 27 by Institute for Natural Philosophy