Ladoga-Lake-Area Lambeosaurus Capture by A Falling Black Hole, and Its Re-Emergence Through Hydrated Lateral Extrusion, Explanation of The Scandinavian Peninsula and of the Finnish Lakes as Well as of the Low-Ob’s Delta and of the Novaya Zemlya

A groundbreaking study proposes that the geological formations of the Scandinavian Peninsula, Finnish lakes, and northern Russian landscapes were shaped by the catastrophic capture of two Lambeosauridae dinosaurs into a small black hole descending from the Moon. The research suggests that these creatures, drawn into the Earth's mantle, triggered seismic and eruptive processes that reshaped the region's topography, including the Urals and Novaya Zemlya. Additionally, the study explains ongoing subsidence in the Turun Saaristo and Kvarken archipelagos, along with oil reserves on Norway's coast. The hypothesis combines astrophysical and geological mechanisms to provide a novel explanation for the area's unique features.

Pirot, F., Hejl, E., & Lavin, C. (2023). Ladoga-Lake-Area Lambeosaurus Capture by A Falling Black Hole, and Its Re-Emergence Through Hydrated Lateral Extrusion, Explanation of The Scandinavian Peninsula and of the Finnish Lakes as Well as of the Low-Ob’s Delta and of the Novaya Zemlya. European Journal of Applied Sciences, 11(2). https://doi.org/10.14738/aivp.112.14421