Beneath the Earth’s surface lies a realm of mystery and intrigue from vast oceans to enigmatic phenomena. However, the latest revelation may surpass them all, scientists have unearthed evidence of a hidden planet lurking close to the Earth’s core.
Dubbed Theia, this ancient planet is believed to have collided with Earth billions of years ago leaving behind intriguing remnants concealed deep beneath the planet’s surface. These remnants identified as two massive blobs have long captivated researchers since their discovery in the 1980s. Spanning the size of entire continents and boasting a high iron content, these structures known as “large low-velocity provinces” (LLVPs) reside beneath Africa and the Pacific Ocean.
Recent research published in the journal Nature and conducted by Caltech researchers presents compelling evidence linking these LLVPs to the remnants of Theia. The study suggests that Theia’s collision with Earth resulted in the formation of these enigmatic structures which have perplexed scientists for decades.
Seismic images of Earth’s interior reveal the distinct characteristics of the LLVPs marked by their low seismic velocities. According to the study, these anomalies may represent preserved remnants of Theia’s mantle material (TMM) assimilated into Earth’s mantle following the cataclysmic collision that gave birth to the moon.
The implications of this discovery are profound shedding new light on the ancient history of our planet and its celestial encounters. By unravelling the mysteries hidden deep within the Earth, scientists are piecing together the intricate story of our planet’s evolution and its cosmic interactions.
As research continues to unfold, the discovery of Theia’s remnants offers a tantalizing glimpse into the complex interplay between celestial bodies and the dynamic forces shaping our universe. In the quest to unlock the secrets of the cosmos, every revelation brings us closer to understanding the mysteries of our existence.
