The Smoking Gun of the Ancient Apocalypse: Uncovering the Truth behind the Iridium Layer
The "iridium layer" is a key piece of evidence cited by researcher Graham Hancock in support of his ancient apocalypse theory. According to Hancock, this layer of sediment containing high levels of iridium is a telltale sign of a massive impact event that occurred around 12,000 years ago, causing widespread destruction and the near-extinction of mankind.
Iridium, a metal that is rare on Earth but common in comets and asteroids, is believed to have been spread across the globe by a comet or asteroid impact. The presence of this layer, known as the "iridium layer," has been found at sites around the world, including in Africa, Asia, and North and South America, providing strong evidence for the ancient apocalypse theory.
Some scientists have proposed alternative explanations for the presence of the iridium layer, such as volcanic eruptions or meteor showers. However, the widespread distribution and high levels of iridium found in the layer, as well as the presence of other impact-related materials such as shocked quartz, provide strong evidence for a single, massive impact event.
Furthermore, the dating of the iridium layer matches with the timing of the ancient apocalypse theory, adding more weight to the idea that a comet or asteroid impact caused widespread destruction and the near-extinction of mankind.
The "iridium layer" is just one piece of evidence among many that supports the ancient apocalypse theory. But it is a crucial one, as it provides strong evidence for a massive impact event that occurred around 12,000 years ago, and the widespread distribution of iridium, a metal that is rare on Earth but common in comets and asteroids, is a strong indicator that it was caused by an extraterrestrial object.
While the ancient apocalypse theory remains controversial, the discovery of the "iridium layer" adds more weight to the idea that a cataclysmic event occurred in the distant past, shaping the course of human history. Further research and discovery may one day help us to understand the true nature of this catastrophic event and its impact on human civilization.