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Home / Science / Mars Rover Detects Elusive Lightning Strikes!

Mars Rover Detects Elusive Lightning Strikes!

26 Nov

•

Summary

  • Perseverance rover's microphone captured audio signals of lightning.
  • Fifty-five electrical discharge events were detected over two Martian years.
  • Lightning on Mars could pose a threat to future astronaut missions.
Mars Rover Detects Elusive Lightning Strikes!

Scientists have uncovered compelling new evidence suggesting lightning strikes are occurring on Mars. Recordings from NASA's Perseverance rover, specifically audio data captured by its SuperCam microphone, revealed 55 distinct events over a period of two Martian years that exhibit characteristics of electrical discharges. These findings were published in the journal Nature.

The analysis indicated that these potential lightning events frequently correlated with conditions involving strong winds, dust devils, and dust storms. This correlation leads researchers to theorize that friction from dust particles on Mars' arid surface is responsible for generating the necessary electrical charges, similar to how dust devils on Earth can produce static electricity.

This groundbreaking detection offers unprecedented insight into Mars' atmospheric phenomena. The researchers emphasize that a deeper understanding of these electrostatic discharges is crucial for safeguarding future robotic and human missions to the Red Planet, highlighting a potential hazard for explorers.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Yes, the Perseverance rover detected acoustic signatures and electrical signals consistent with lightning strikes on Mars, a first for scientists.
Scientists theorize that friction from dust particles, especially during dust devils and storms, causes electrification and subsequent lightning on Mars.
The electrostatic discharges detected on Mars could potentially pose a threat to future human missions, necessitating further study for astronaut safety.

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