When meteor impacts generate pressures in the gigapascal range—millions of times normal atmospheric pressure—solid rock briefly behaves like liquid, creating impact melt that can excavate the Earth's surface and form craters like the Lonar impact crater in basalt.
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When Rock Becomes Liquid the Power of Impact #geology #science #spaceAdded:
Pressures reached the gigapascal range, equivalent to millions of times normal atmospheric pressure, so intense that solid rock briefly behaves like liquid.
The resulting blast, far more powerful than a modern atomic explosion, violently excavated the Earth's surface and created the Lonar impact crater, a scar in basalt that still preserves the signature of one of nature's most extreme geological events. Subscribe and [clears throat] watch the full video on our channel. Link is below.
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