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First lightning bolts discovered on Mars in NASA breakthrough

2025-11-28 22:37
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First lightning bolts discovered on Mars in NASA breakthrough

Electrical discharges, the release and transmission of electricity through an insulating medium, were found in audio and electromagnetic recordings by a Nasa robot.

First lightning bolts discovered on Mars in NASA breakthrough William Hallowell William Hallowell and Ryan Prosser Published November 28, 2025 10:37pm Updated November 28, 2025 10:37pm Share this article via whatsappShare this article via xCopy the link to this article.Link is copiedShare this article via facebook Comment now Comments High-resolution view of the planet Mars set against a dark star-filled deep space background. The illuminated Martian hemisphere reveals detailed surface textures, craters, valleys, volcanic formations, and the planet???s characteristic red-orange coloration. Realistic planetary 3D rendering captures the geology and atmosphere of the Red Planet with dramatic lighting and a wide cosmic backdrop. Ideal for astronomy themes, planetary science, space exploration concepts, Mars research missions, astrophysics visuals, educational materials, and editorial content focused on our neighboring planet in the Solar System. Planet Mars Maps Courtesy of NASA: https://science.nasa.gov/mars/resources/ Nasa scientists believe they have detected electrical activity on Mars (Picture: Getty Images)

Nasa scientists believe they recorded electrical activity in the Martian atmosphere.

Electrical discharges – the release and transmission of electricity through an insulating medium – were found in audio and electromagnetic recordings by a NASA robot.

The space agency’s Perseverance rover was sent to Mars in search of since of biology.

But the miniature lightning bolts, described as ‘little zaps’ similar to ‘static electrcity’ was detected by the robot’s SuperCam – a suite of remote-sensing instruments.

The SuperCam performs remote analyses of rocks and soils with a camera, two lasers and four spectrometres – a scientific instrument use to separate and measure the comments of a ‘physical phenomenon’.

Lead author of the research Dr Baptiste Chide said: ‘These discharges represent a major discovery, with direct implications for Martian atmospheric chemistry, climate, habitability and the future of robotic and human exploration.’

A dust devil on Mars (Picture: Nasa) A dust devil on Mars (Picture: Nasa) FILE - This image provided by NASA, shows a selfie of their Perseverance Mars rover, on July 23, 2024. The image is made up of 62 individual images that were stitched together. (NASA via AP, file) Nasa rover Perseverance on Mars in July 2024, where it has been stationed since 2021 (Picture: AP)

The miniature lightning bolts were smaller than those on Earth but could interfere with the instruments, landers and space suits of astronauts on Mars.

Scientists suspected that the planet’s dust storms and ‘dust devils’, small whirlwinds that form from hot air rising from the ground, might generate electrical activity.

Now, they hope new instruments for measuring electrical discharges could be sent to confirm what they found.

The discovery came from a microphone that was inadvertently recording the sounds of lightning.

Dr Chidesaid they were ‘little zaps’ similar to ‘what you might feel in dry weather when you touch your car door and there’s a bit of static electricity’.

When tiny grains of dust rub against each other, they become charged with electrons and release energy in tiny electrical arcs around a few centimetres or millimetres long. This creates an audible shock wave.

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These discharges happen ‘all the time and everywhere’ on Mars, according to Dr Chine.

Perseverance has previously transmitted other sounds, including the crunch of its wheels landing on Mars’ surface as well as the whir of the blades of its no longer flying helicopter counterpart, Ingenuity.

The rover has been scanning a dry river delta on the planet since 2021.

It has collecting rock samples in a search for signs of microscopic ancient life, with Nasa currently exploring cost effective methods for transporting them to Earth.

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