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Headline: Perseverance Rover May Have Found First Meteorite in Jezero Crater

Mars, October 1, 2025 – NASA’s Perseverance rover has potentially discovered its first meteorite within the Jezero Crater region of Mars, researchers at Purdue University announced today. The discovery marks a significant find, as previous Mars rovers like Curiosity, Opportunity, and Spirit have all encountered iron-nickel meteorites, but Perseverance had yet to do so in Jezero Crater.

The rock, dubbed “Phippsaksla,” was identified during the rover’s exploration of bedrock at a location called “Vernodden.” Measuring roughly 80 centimeters (31 inches) across, Phippsaksla stood out due to its unique, sculpted appearance, contrasting sharply with the surrounding flat, fragmented rocks.

Initial analysis using Perseverance’s SuperCam instrument revealed that Phippsaksla is rich in iron and nickel, a combination typically associated with iron-nickel meteorites originating from the cores of large asteroids. This composition strongly suggests that the rock formed elsewhere in the solar system before landing on Mars.

“It was somewhat unexpected that Perseverance had not seen iron-nickel meteorites within Jezero crater,” said Candice Bedford, Research Scientist at Purdue University, “particularly given its similar age to Gale crater and number of smaller impact craters suggesting that meteorites did fall on the crater floor, delta, and crater rim throughout time.”

While further investigation is needed to definitively confirm Phippsaksla’s identity as a meteorite, the initial findings are promising. The potential discovery was made on the outside of the crater, atop bedrock known to have formed from impact processes in the past.

If confirmed, Phippsaksla will join the ranks of numerous other meteorites discovered by Mars rovers, providing scientists with valuable insights into the composition and history of the early solar system, and the rate of meteorite impact to Mars. The data collected from Phippsaksla will further contribute to our understanding of the Red Planet.

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