Mount Everest, the highest peak on Earth, stands at a towering height of 8.8 kilometers. However, scientists have discovered two colossal structures beneath the Earth’s surface that are approximately 100 times taller than Everest. These monumental formations, however, are not visible from the surface, as they are located deep beneath the Earth’s crust.
A Groundbreaking Discovery
Recent research published in the journal Nature reveals the presence of two massive mountain-like structures at the boundary between the Earth’s mantle and its core. Scientists believe these gigantic formations lie beneath Africa and the Pacific Ocean, making them hidden wonders of the subterranean world.
Dimensions and Mystery
According to the study, these hidden mountains rise to an astonishing height of about 1,000 kilometers—dwarfing Mount Everest. Their estimated age is around 500 million years. Yet, their exact nature remains a mystery. Researcher Arwen Deuss remarked, “Nobody truly knows what these structures are.”
Formation and Structure
The study suggests that the colossal formations are situated at the junction of massive tectonic plates. They likely formed as one tectonic plate was forced beneath another in a process known as subduction. This interaction resulted in the creation of the gigantic mountain-like structures.
Decades of research have indicated that earthquake shockwaves can create significant formations deep within the Earth. These newfound mountains are believed to be hotter than the surrounding tectonic plates, providing further insights into the dynamics beneath the Earth’s crust.
A Window into Earth’s Evolution
Scientists theorize that the Earth’s interior is still cooling and solidifying from its molten past. This cooling process could lead to the formation of more solid structures in the future. The discovery of these mountains offers a unique opportunity to study tectonic collisions and the development of new formations beneath the Earth’s surface.
Implications for Future Research
The discovery of these extraordinary mountains not only deepens our understanding of Earth’s interior but also highlights the dynamic processes shaping our planet. These findings could pave the way for further exploration of the mysterious and complex world hidden beneath our feet.
