A Scientific Lecture at the University of Cyprus

The Sunken Peninsula: AI-Assisted Evidence for a Submerged Geometric Complex at the Latakia Ridge
Presented by: Robert Sarmast, Latakia Ridge Research Institute
Date: November 26, 2025
Time: 17:30–20:30
Venue: LRC 012 – Amphitheatre “Filippos Tsimpoglou,” University of Cyprus

About the Event

Join us for a rare, high-resolution look beneath the Eastern Mediterranean—a presentation that brings together AI-assisted bathymetry, marine geology, geomorphology, paleoflood science, and early human coastal history for the first time in Cyprus.

This event will unveil never-before-seen images and 3D reconstructions of an extraordinary submerged landscape on the Latakia Ridge:
a rectangular platform, surrounding moat, straight-line channels, terraces, reservoir-like basins, and geometric intersections lying half a kilometer underwater.

These structures were invisible in earlier seafloor maps. Only through modern multi-dataset bathymetry and advanced AI-enhanced terrain modeling have they emerged with full clarity.

What you will see at this event cannot be unseen — once the geometry is revealed, the summit’s layout is unmistakable.

This talk is designed for anyone curious about the deep past, including:

  • marine scientists

  • geologists and geophysicists

  • archaeologists

  • students and researchers

  • historians and classicists

  • environmental scientists

  • journalists and media

  • policy makers

  • the general public

Whether you come for the science, the history, or the mystery, this will be a striking, visually rich, and intellectually engaging experience.

What the Presentation Covers

1. High-resolution images of the Latakia Ridge summit:

  • Razor-flat rectangular platform

  • Moat-like perimeter depression

  • Straight channels

  • 90° intersections

  • Terraced slopes

  • Symmetric basin structures

  • Meandering elevated channel

2. How AI revealed the hidden geometry:

See how algorithmic terrain analysis dramatically enhances the clarity of global bathymetry datasets.

3. The triple-effect submergence model:

A combined explanation involving:

  • tectonic subsidence

  • regional water-level rise

  • late-Pleistocene paleoflood hydraulics

4. Why the site demands scientific follow-up:

Core sampling, ROV imaging, and higher-resolution mapping are the keys to determining the true nature of the summit structures.

5. What this means for Mediterranean prehistory:

A look at what coastal landscapes may have existed before Holocene sea rise submerged them.

Why This Matters

This is not a speculative talk or a sensational claim.
It is a presentation of measurable, reproducible seafloor geometry that challenges what we assume about the Mediterranean basin.

For the first time, the public will see the full-resolution images and models that form the basis of this discovery — and understand why the research community is beginning to pay attention.

What Attendees Receive

Every attendee will have access to:

  • White Paper PDF (2025) available in:  English, Greek, Arabic, and Russian

  • Executive Summary PDF

  • Press brief

  • Q&A Session

All materials will be accessible via QR code.

Who Should Attend

This lecture is open to:

  • Students and faculty

  • Scientists and researchers

  • Journalists and news agencies

  • Embassies and cultural institutions

  • Government and policy observers

  • Anyone passionate about exploration and discovery

Admission

Free and open to the public.
Early arrival recommended. Seating is limited.