Uncovering the Lost Underwater Pyramid in the Atlantic
A colossal underwater pyramid rests hidden in the depths of the Atlantic Ocean, standing at an impressive 60 meters tall with an 8,000-square-meter base. This extraordinary structure has remained concealed for over 20,000 years, challenging our current understanding of ancient civilizations. Discovered off the coast of the Azores Islands, 600 kilometers west of Portugal, during a 2013 ocean depth survey, this pyramid’s perfect shape and alignment with cardinal points have sparked intense discussions in the scientific community.
The age of this remarkable finding surpasses the earliest known advanced civilization in Mesopotamia by a staggering 17,000 years. The Portuguese navy’s investigation hints at a potential link with the D. João de Castro Bank, an underwater volcano nearby. The geometric precision and strategic positioning of the pyramid between volcanic islands raise intriguing questions about its builders, whose advanced architectural capabilities existed long before the accepted timeline of human civilization.
The groundbreaking discovery of the underwater pyramid came from local sailor Diocleciano Silva during his search for fishing grounds between Terceira and São Miguel islands. His digital scanning equipment picked up an unusual formation that would soon capture scientific attention worldwide. Prompted by Silva’s report, the Portuguese Navy launched a complete investigation, with the Portuguese Association of Archeological Research scientists joining the effort and bringing advanced sonar and underwater camera technology to study the site.
The initial survey of the pyramid left scientists amazed at the geometric precision displayed by the structure. Emerging from 40 meters below the surface, the pyramid’s remarkable features include a perfectly squared foundation and an apex depth of 40 meters below sea level. The Portuguese Hydrographic Institute of the Navy is working to determine whether nature or human hands created this structure, as its exact geometric features require further investigation.
The University of the Azores’ Institute of Oceanography and Fisheries takes a cautious approach, refraining from jumping to conclusions about the origins of the structure. The discovery has sparked intense scientific discussions, given the area’s known volcanic formations and tectonic activity. The coordination between the Portuguese navy and multiple research groups underscores the significance of this discovery as they collaborate to unravel the mysteries of the pyramid.
The underwater pyramid’s unique geometric properties, such as its height, depth, and perfectly squared foundation, set it apart from typical ocean structures. Its strategic location between São Miguel and Terceira islands, near the De João de Castro seamount zone known for intense underwater volcanic activity, hints at possible links to ancient geological or human activity in the region. Comparisons with other known underwater structures highlight the size and solidity of the Atlantic pyramid, suggesting intentional design rather than natural formation.
Studies indicate that the underwater pyramid has been submerged for approximately 20,000 years, aligning with the end of the last Ice Age when Earth underwent significant geological and climate changes. Evidence of ancient sea levels and human activity in the area, including charcoal deposits dating back 1,600 years, suggest that the monument may have been part of a large city or religious complex later covered by rising water levels.
Recent archeological findings challenge traditional timelines of human civilization, with evidence of advanced settlements pre-dating known civilizations by thousands of years. Carbon dating of samples from underwater archeological sites reveals intricate architectural structures, evidence of sophisticated trade networks, and complex stone-working techniques. The Silurian Hypothesis proposed by NASA’s Goddard Institute suggests earlier advanced civilizations, supported by findings at underwater sites near the Chandeleur Islands.
In conclusion, the discovery of the Atlantic underwater pyramid revolutionizes our understanding of ancient human capabilities. Its precise geometric patterns and architectural features challenge existing timelines of civilization’s development, suggesting that advanced societies existed much earlier than previously believed. The pyramid’s location near volcanic zones and its well-preserved state provide valuable insights into prehistoric engineering capabilities, urging a reevaluation of prehistoric human achievements. This groundbreaking discovery invites further exploration of similar mysteries, offering new perspectives on human history and forgotten capabilities.
