On Mars, scientists have discovered debris that may have come from a spacecraft from another planet.

According to the findings of a new study, researchers discovered strange debris on Mars that was unlike anything else they had previously observed.

Also, the group said they can’t say unhesitatingly that the garbage didn’t come from outsider life.

On rocks in Gale Crater, Mars, the formations have “unusual horizontal protrusions.”

“Fragments including what appears to be wheels, an axle, and a cratered debris field have been photographed in another Gale Crater location,” the scientists added.

The team thinks the formations are probably the result of seismic activity on Mars, but they haven’t ruled out aliens.

“‘These designs are exceptionally strange on Mars and remarkable I would say,” teacher Richard Armstrong of Aston College, Birmingham, and lead creator of the paper, told the Everyday Mail.

Armstong continued, “There is no certainty what causes the spikes and related structures, but the balance of evidence suggests a type of “sand spike” that forms on Earth as a result of significant seismic activity.”

In any case, Armstrong called attention to that there are contrasts between the Martian spikes and those tracked down on The planet.

This incorporates the bulbous closures and barbed like edges that are available on Mars’ sand spikes however not on The planet’s.

“The spikes are probably not going to be space flotsam and jetsam however nothing can be precluded,” Armstrong said.

Through the instrument’s Mastcam and ChemCam, Nasa’s Curiosity Rover first captured images of the debris.

 

Interest has been investigating Mars for a long time, yet it’s by all accounts not the only Nasa meanderer on the Red Planet.

Determination is looking for previous existence in the Jezero Pit and gathering soil and rock tests to be concentrated on The planet.

The first-ever Martian sample was collected and delivered by Perseverance in December of that year.

According to Nasa, the rover will also assist in preparing for future human exploration.

The most recent results were published in the Journal of Astrobiology just recently.