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Fresh Expedition Discovers Possible Noah’s Ark Traces 29 Kilometers from Mount Ararat

Нові дослідження виявили можливі сліди Ноївого ковчега в 29 кілометрах від гори Арарат. Photo: НВ — Техно

Expedition Near Mount Ararat

A newly launched expedition is setting out to investigate a boat-shaped formation located 29 kilometers south of Mount Ararat. Some researchers believe this site could be the final resting place of Noah’s Ark. Previous ground-penetrating radar scans have revealed hidden voids and angular structures buried more than 6 meters deep, including an unfilled tunnel starting at roughly 4.3 meters below the surface and extending nearly 12 meters, descending another 8 meters deeper. That tunnel connects to a massive square chamber.

Soil analysis from inside the formation shows it is less alkaline than surrounding ground and contains unusually high levels of carbon and potassium. This could indicate the presence of decayed wood remains. Notably, the object’s dimensions align with biblical descriptions of the Ark: 300 cubits long, 50 cubits wide, and 30 cubits high. In metric terms, that translates to approximately 157 meters in length, 26 meters in width, and 16 meters in height.

Planned Research

Full-scale investigations are scheduled for late this year, with initial data processing results promised for release immediately after verification. The researchers argue that the object’s geometry contradicts the laws of hydrodynamics for natural formations. This new expedition aims to provide definitive answers using non-destructive drilling, underground drones, and advanced remote sensing technologies.

The expedition south of Mount Ararat could mark a significant milestone in the study of historical and biblical artifacts that continue to intrigue both the scientific community and enthusiasts. The structures uncovered and their unique features may either confirm or challenge the legends surrounding Noah’s Ark, heightening the importance of the upcoming research. Planned technologies such as non-destructive drilling and remote sensing are expected to yield fresh data that could deepen our understanding of this enigmatic formation.