Breaking News: Monks May Have Witnessed Moon Explosion 800 Years Ago – Did NASA Get It Wrong?

In a stunning revelation that could shake the foundations of astronomy, a group of English monks may have witnessed an explosion on the moon nearly 800 years ago. This extraordinary event, recorded by Gervase of Canterbury on June 18, 1178, describes the upper horn of the moon splitting apart, unleashing a fiery spectacle that flung flames and sparks across the night sky. This vivid account, long dismissed as mere metaphor, is now being reevaluated in light of modern scientific inquiry, raising the question: could NASA and contemporary scientists have overlooked a monumental celestial event?

For centuries, the monks’ description has been relegated to the realm of myth, but recent investigations suggest it may have been a genuine astronomical phenomenon. Gervase’s detailed chronicle, capturing the awe and fear of at least five witnesses, paints a haunting picture of a moon that appeared to writhe and convulse, likened to a snake struck by a staff. Could this have been an actual lunar impact, as some researchers propose, or merely an atmospheric illusion?

The urgency of this inquiry escalates as scientists grapple with the implications of Hartung’s hypothesis, suggesting that the monks witnessed a massive impact event that created the Giordano Bruno crater. If true, it could mean that millions of tons of lunar debris rained down on Earth, potentially resulting in a spectacular meteor storm that went unrecorded in history.

However, skepticism looms as experts like Paul Withers challenge the impact theory, proposing instead that the monks may have observed a terrestrial meteor aligning visually with the moon, creating an optical illusion. With no corroborating evidence of a global meteor storm in 1178, the debate intensifies.

As scholars dive into this celestial mystery, one thing is clear: the account of the Canterbury monks continues to captivate and perplex, reminding us that the cosmos still holds secrets waiting to be uncovered. Stay tuned as this story unfolds, potentially rewriting our understanding of both history and astronomy.