Retired US Navy Admiral Tim Gallaudet asserts that detailed seabed mapping has uncovered features in the Atlantic Ocean that align with Plato's description of Atlantis.. Gallaudet is working with a specialized team to analyze these bathymetric signatures, though the specific location remains confidential.
Plato's concentric rings and the Azores Plateau
The current search led by Admiral Tim Gallaudet is rooted in the dialogues Timaeus and Critias, written by the Greek philosopher Plato over two millennia ago. these texts describe Atlantis as a prosperous empire characterized by a capital city featuring concentric rings of land and water, which eventually vanished during a single day and night of catastrophic flooding. According to the report, Gallaudet believes he has found bathymetric signatures in the Atlantic Ocean that mirror these specific dimensions.
While the exact coordinates are being kept secret, Admiral Tim Gallaudet has suggested that the area of interest may be located near the Azores Plateau.. This region is geologically significant because it is where three tectonic plates converge , providing a plausible scientific setting for the violent seismic activity described in Plato's accounts. this intersection of ancient mythology and modern plate tectonics suggests that the search is not merely a treasure hunt, but an attempt to reconcile historical narrative with geological reality.
Max Derakhshani's algorithms and the search for man-made structures
To move beyond mere visual impressions of the seabed, Admiral Tim Gallaudet is employing a multidisciplinary team of technologists and data analysts. A central figure in this effort is a physicist named Max Derakhshani, who is tasked with running specialized algorithms designed to distinguish man-made architectural structures from natural seabed formations. As reported in the brief, the team is utilizing high-resolution proprietary bathymetry to achieve a level of detail that standard public maps cannot provide.
The project also involves a collaborative effort with a skilled emergency-room physician who has spent years aggregating archaeological and geological data. By combining this data with Max Derakhshani's algorithmic analysis, the group aims to visualize and date the potential site using unmanned submersibles. This approach represents a shift toward "digital archaeology," where the first discovery happens in a data model before a single diver enters the water.
Victor Vescovo's potential role in a deep-sea ROV mission
The transition from theoretical mapping to physical confirmation depends on the availability of advanced deep-sea hardware. Admiral Tim Gallaudet has noted that renowned deep-sea explorer Victor Vescovo has expressed interest in the project after viewing the team's presentation. Vescovo's involvement would potentially provide the necessary research vessel and remotely operated underwater vehicle (ROV) required to conduct a direct,on-site investigation of the Atlantic floor.
The use of an ROV would allow the team to observe the targeted location in real-time, enabling them to identify actual stonework or engineered features. According to the report, such an expedition would eliminate the current reliance on map impressions and provide the first definitive evidence of whether the signatures are artificial or natural. However, despite Vescovo's expressed willingness to join, no concrete timeline for the mission has been established .
The nondisclosure agreement shielding the target coordinates
Despite the high profile of Admiral Tim Gallaudet—who previously served as the acting administrator of the National Oceanic and Atmospheric Administration (NOAA)—the project remains shrouded in secrecy.. The exact location of the suspected city is currently protected by a nondisclosure agreement, leaving the scientific community unable to independently verify the bathymetric claims. This lack of transparency means that the "discovery" remains a plausible hypothesis rather than a proven archaeological find.
Several critical questions remain unanswered. First, the identity of the "well-funded researcher" who may fund the ROV mission remains undisclosed. Second, there is no public record of the proprietary data being peer-reviewed by independent oceanographers. Finally, it remains unclear how the team intends to date the site if man-made structures are found, given the extreme depths and pressures of the Atlantic deep-sea environment.
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