NASA’s Curiosity rover captured an image of a strange Martian structure that one expert described as the “most bizarre” it had ever seen.
Images taken by the car-sized robot appear to show spikes protruding from a boulder lying at the base of the 96-mile (154 km) Gale Crater.
It was captured using the Curiosity Camera and ChemCam on Mars day 3786, or April 1, and has sparked speculation online about what it might have depicted.
Some have compared the structure to a fish bone or a spruce branch, and said it would hardly have been a natural rock formation here on Earth.
Curiosity has been roaming Gale Crater since August 2012 as part of NASA’s Mars Science Laboratory (MSL) mission.
NASA’s Curiosity rover captured an image of a strange Martian structure that one expert described as the “most bizarre” it had ever seen.
Images taken by the car-sized robot appear to show spikes protruding from a boulder lying at the base of the 96-mile (154 km) Gale Crater.
It is believed that Gale is an ancient dry lake between 3.5 and 3.8 billion years old.
The probe’s mission goals include investigating the climate and geology of Mars, and preparing for human exploration.
She also constantly sends pictures of strange things she encounters, like this spiky rock formation.
astronomer Natalie A. Caprol Sharing a photo of it on Twitter, he captioned, “In 20 years of studying Mars, this was the most bizarre rock I’ve ever seen.”
I can’t wait to get a micrograph of this image.
Another user commented, “Really weird, I’ve never seen anything like this before, and I’ve been looking at pictures of Mars since the Sojourner mission in 1997.”
Some suggest that Martian winds may have eroded rocks over a long period of time.
“If you blow on loose sand for a large enough number of eons, eventually every geometric shape known to us may be created,” said Twitter user Martin Weil.
Caprol also said they were likely “residual ripples after a lot of wear.”
Other online guesses include “It looks like a very easy fish vertebra could have collapsed,” “Fossil fish,” “Mackerel fillet,” and “Skeleton of some prehistoric creature.”
Twitter user @Dottysaccount said: “On Earth, it might be a fossil plant like a spruce branch or a fish spine, it’s hard to be a natural rock formation.”
While @KiltedGunnGamer wrote: “I’m happy to believe this featured a petrified Martian dragon, curled up in its final resting place.”
The images were taken with the Curiosity Camera and ChemCam on the Martian day of Mars 3786, or April 1, and have sparked speculation online about what it might have depicted.
Some social media users compared the structure to a fish bone or a spruce branch, and said it would be ‘hard to be a natural rock formation’ here on Earth.
Others suggest that Martian winds may have eroded rocks over a long period of time
NASA’s Curiosity rover (pictured) has been roving Gale Crater since August 2012 as part of NASA’s Mars Science Laboratory (MSL) mission.
This isn’t the first strange formation imaged by Curiosity that has left scientists scratching their heads.
This past June, I discovered some Strange twisted structures sprouting from the surface of Mars, which are now thought to be naturally occurring “hoodoos”.
Experts said the pillars may have been formed from cement-like materials that filled ancient cracks in Mars’ foundation.
But, over time, the soft rock has eroded away, leaving only the twisted spiers of compact material protruding from the sand in the crater.
In February 2022, the rover took an image of what appeared to be a coral-like “flower” in Gale Crater, but was actually a microscopic mineral formation.
NASA scientists confirmed that it was an “advanced crystalline mass,” smaller than a penny, that may have formed from minerals precipitated from water.
Studies of earlier versions revealed that the minerals, sprouting in different directions, were most likely embedded within a rock that eroded over time.
However, these minerals seem to have been resistant to corrosion, so they remain on the dusty surface of the Red Planet.
NASA’s Curiosity rover captured this image of two rocky towers on Mars on May 17, 2022. They’re believed to be “hoodos,” created from cement-like materials that once filled cracks in ancient rock. This hard rock remained once the soft surrounding rock was eroded away
In February 2022, NASA’s Curiosity rover captured an image of what appears to be a coral-like “flower” in Gale Crater on Mars, but is actually a microscopic mineral formation.
This past August marked the rover’s 10th anniversary.
The one-ton rover was launched from Earth in November 2011 and – after a grueling nine-month journey – set out to search for evidence that Mars might once have supported life.
Since then, the rover has traveled more than 18 miles (29 kilometers) and climbed more than 2,000 feet (625 meters) as it explores Gale Crater and the slopes of Mount Sharp within it.
The rover analyzed about 40 rock and soil samples, drawing on an array of scientific instruments to see what they reveal about Earth’s rocky sibling.
Such was such a success that the originally intended to be a two-year stint was extended indefinitely, resulting in a somewhat busy contract.
Curiosity studied the Red Planet’s skies—taking pictures of bright clouds and drifting moons—while the rover’s radiation sensor allowed scientists to measure how much future astronauts on Mars would be exposed to, helping NASA figure out how to stay safe.
But more importantly, the rover has determined that liquid water as well as the chemical building blocks and nutrients needed to support life have been present for at least tens of millions of years in Gale Crater.
Although a new NASA spacecraft joined it in “Perseverance” in February 2021, Curiosity continues to strut as it commands NASA’s Jet Propulsion Laboratory in California.
“Amateur organizer. Wannabe beer evangelist. General web fan. Certified internet ninja. Avid reader.”
More Stories
Watch a Massive X-Class Solar Explosion From a Sunspot Facing Earth (Video)
New Study Challenges Mantle Oxidation Theory
The theory says that complex life on Earth may be much older than previously thought.