Almost 13,000 years ago, a huge comet fragment exploded over Louisiana. This event might shed light on a hotly debated theory about ancient civilizations.
Recent findings back up the ideas of Graham Hancock, who spoke with comet scientist Dr. Allan West about these discoveries. Hancock’s books suggest that a lost civilization was destroyed by a cosmic disaster around 12,800 years ago.
In an interview, Hancock expressed frustration at how critics often misunderstand his work. However, recent discoveries about comet impacts lend credibility to his theories. Dr. West notes that explosive events from space could be more common than we thought. “These airbursts could have the same power as nuclear weapons,” he warned.
Hancock explains that archaeology often overlooks key information found in ancient texts and myths. For example, stories from the Egyptian Book of the Dead and various flood myths could hold vital clues. He believes that during the Ice Age, an advanced culture had knowledge of astronomy and geography beyond what we currently recognize.
The recent study found a depression in Louisiana that might be linked to a cosmic airburst. Using radiometric dating, researchers connected this event to the Younger Dryas Boundary, a time marked by significant climate change and mass extinctions.
Experts believe that fragments from a large comet, part of the Taurid meteor stream, bombarded Earth thousands of years ago. Hancock described this event as not just a single impact but a series of airbursts. He likens the effects to a “shotgun blast” hitting various locations around the globe.
The Younger Dryas Impact hypothesis, proposed in 2006, suggests these cosmic events caused major changes on Earth. But opinions remain polarized in the scientific community. Dr. West argues that we need to rethink how often dangerous space impacts occur. For instance, events like the Tunguska explosion in 1908 and the Chelyabinsk meteor in 2013 show that smaller but potentially deadly airbursts happen more frequently than we realize.
Statistically, the Earth has experienced numerous small-scale impacts throughout history, but the consequences of a large blast could be devastating today. Dr. West warns that if a similar event occurred now, the consequences would be catastrophic for our global population and infrastructure.
The findings also suggest that the earlier cosmic event resulted in a lengthy period of dark skies due to dust and soot. This led to a drastic drop in temperatures, pushing many species into extinction, including mammoths.
Both West and Hancock face criticism for their unconventional theories. They believe their research challenges the current scientific views, making it harder to gain acceptance. Hancock remains realistic, acknowledging that changing established beliefs takes time. “The truth will come out, but it’s a slow journey,” he said.
The conversation around ancient civilizations and cosmic disasters continues, with ongoing research shedding light on our planet’s chaotic past. If you’re interested in diving deeper, check out more on the Younger Dryas Impact hypothesis.
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