|Introduction|

The Perseverance spacecraft was launched in 2020 with the goal of exploring Mars and gathering data on its composition and atmosphere. One of the most interesting missions for the spacecraft has been recording electric discharges on dust devils.

\n|Technical Details|\n
The Perseverance uses an Electrostatic Dust Detector (EDD) to record electric discharges. The EDD was designed to measure electrical currents generated by electric discharges on dust devils.

The device is configured to detect electrical discharges on a scale of intensity from 10^-6 to 10^(-3) V/m. Measurements were taken during the spacecraft's passage through dust devils, and the results showed evidence of electric discharges with extremely high intensities.

\n|Practical Implications|\n
Electric discharges on dust devils can have important implications for understanding Mars' geology. Electric discharges may be an indicator of underground water or chemical substances that could be used as a source of energy.

Additionally, electric discharges can also help us understand the behavior of the Martian wind, which can have a significant impact on the distribution of atmospheric chemicals.

\n|Conclusion|\n
In summary, the evidence recorded by Perseverance for electric discharges on dust devils is an important step in understanding Mars' geology. The practical implications of these discoveries could be significant for future research on Mars and may open up new avenues for discovering natural resources or developing innovative technologies.