More on Atlantis

Atlantis is a legendary island first mentioned by the ancient Greek philosopher Plato in his dialogues “Timaeus” and “Critias.” According to Plato, Atlantis was a powerful and advanced civilization that existed in the western Atlantic Ocean thousands of years before the ancient Greeks. The island was said to be rich in natural resources, with a sophisticated society, advanced technology, and a powerful military. However, the island eventually fell into decadence and was eventually destroyed in a single day and night of earthquakes and floods.

Since the time of Plato, the existence of Atlantis has been the subject of much speculation and numerous theories have been proposed about its location, history, and fate. Some have suggested that Atlantis was located in the Mediterranean, while others have placed it in the Americas, Africa, or even Antarctica. However, no solid evidence has been found to support the existence of a civilization matching the description of Atlantis.

In recent years, author and researcher Graham Hancock has gained attention for his theories about Atlantis. He argues that there is evidence of an advanced civilization that predates all known cultures, including the ancient Greeks and Egyptians, and that this civilization was the source of much of the knowledge and technology attributed to these cultures. Hancock believes that Atlantis was a real place, possibly located in the vicinity of the Mediterranean or the Gulf of Aden, and that it was the center of this lost civilization.

Despite the lack of concrete evidence, the mystery of Atlantis continues to captivate people’s imaginations and has been the subject of countless books, movies, and TV shows. Whether it was a real place or simply a figment of Plato’s imagination, the legend of Atlantis remains a powerful symbol of humanity’s fascination with the unknown and the desire to uncover the mysteries of the past.

The Richat Structure

The Richat Structure, also known as the Eye of the Sahara, is a geological formation located in the Sahara Desert in Mauritania. It is a nearly circular formation that measures approximately 50 km in diameter and is considered one of the largest and most distinctive geological features in the world. The Richat Structure is comprised of a central dome-like formation surrounded by a series of concentric rings. The central dome is believed to have formed from uplifted rock that was exposed by erosion, while the concentric rings are thought to be the result of concentric layers of rock and sediment that were laid down over time.

Geologists have studied the Richat Structure and have used it as a tool to better understand the Earth’s geology and the history of the Sahara Desert. Some scientists believe that the Richat Structure was formed by volcanic activity, while others believe it was created by the impact of a large asteroid or comet. Regardless of its origin, the Richat Structure has been a topic of fascination for scientists, adventurers, and tourists alike, who are drawn to its unique and captivating appearance.

In recent years, there has been speculation that the Richat Structure could potentially be the remains of the legendary city of Atlantis. Proponents of this theory point to the circular shape of the structure and its apparent age (some estimates put it at over 200 million years old) as evidence of its connection to the myth of Atlantis. However, most mainstream scientists and archaeologists reject this idea, citing a lack of concrete evidence (despite not having looked for it) and the fact that the Richat Structure is a natural geological formation and not a man-made structure.

Despite the lack of interest by the mainstream archaeologists to investigate this site, the idea of the Richat Structure as Atlantis continues to captivate the public imagination, and remains one of the more intriguing and enduring theories about the lost city. Whether it will eventually be proven to be the site of Atlantis or not, the Richat Structure remains an fascinating and mysterious geological formation that continues to captivate scientists and laypeople alike.