A catastrophic asteroid breakup approximately 800 million years ago may have sent debris raining down on the inner solar system, including Earth, the Moon, and Mars. The event, potentially triggered near a gravitational gateway controlled by Jupiter, could explain ancient lunar craters and contributed to significant climate and biological changes on Earth.
A new theory suggests that a shattered asteroid unleashed a wave of impacts across the inner solar system around 800 million years ago. Researchers believe the debris originated from an area influenced by Jupiter’s gravity, acting as a kind of gravitational gateway. This launched fragments towards Earth, the Moon, and Mars.
The bombardment may account for numerous ancient craters observed on the lunar surface. Furthermore, scientists propose that this event could have played a role in major climate shifts and biological developments on Earth during that period. The source does not specify *how* the breakup occurred or what caused it, only stating that it did occur and had these effects.
The research highlights a potential connection between asteroid activity and planetary evolution, suggesting that large-scale impacts can have lasting consequences for the environments of planets within our solar system.
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