Did the Perseverance rover capture a rainbow on Mars? This image, from the rover’s left rear Hazard Camera, sure looks like it. But alas, no. However, film director JJ Abrams would be proud.
Continue reading “Perseverance Captured This Image of a “Rainbow” on Mars, but it’s just a Lens Flare in the Rover’s Camera”Mars Helicopter Survives its First Night on Mars is Getting Ready to Fly
On April 3rd, the Mars Ingenuity helicopter was removed from its carbon-fiber shield on the Perseverance rover’s belly. On Sunday, April 11th, it will make its first attempt at a powered, controlled flight, becoming the first aircraft to operate on another planet. In the meantime, Ingenuity accomplished another major milestone as it survived its first full night on the Martian surface.
Continue reading “Mars Helicopter Survives its First Night on Mars is Getting Ready to Fly”Here’s a Strange Rock That Perseverance Shot With its Laser
Perseverance has been busy lately. After testing its systems out, taking the first sound recording ever on the Red Planet, and dropping off its helicopter sidekick, now it has the opportunity to work on its primary mission: stare at some rocks. And occasionally zap them with a laser.
Continue reading “Here’s a Strange Rock That Perseverance Shot With its Laser”Perseverance Begins its Science on Mars With a Laser zap
Perseverance has already made its mark on scientific history by taking the first audio recording ever on Mars. But the instrument with the microphone, known as the SuperCam, wasn’t done there. It has plenty of other science to do, and recently it started running through some more preliminary tests. One of those tests happened to involve blasting a rock with a laser – while taking an audio recording of it.
Continue reading “Perseverance Begins its Science on Mars With a Laser zap”Rocks and Other Features at Perseverance’s Landing Site are Getting Navajo Names
On Feb. 18th, 2021, after spending six months in transit, the Perseverance rover landed in the Jezero Crater on Mars. By March 4th, it began driving short distances and calibrating its instruments in preparation for all the science operations it will conduct. Most recently, Perseverance began studying its first scientific target, a rock that has been named “Máaz” – the Navajo word for “Mars.”
Continue reading “Rocks and Other Features at Perseverance’s Landing Site are Getting Navajo Names”More Audio from Perseverance: the Crunch of its Wheels on the Martian Regolith
In absence of (yet) being able to step foot on Mars, we have robotic vicarious experiences through our rovers including Perseverance which landed this past February 18th. In addition to photos we’ve collected from the surface over the decades, our ever-improving data connection to Mars made it possible to see video from Perseverance’s landing. That dramatic unfurl of the parachute and dust spray of the landing thrusters – astonishing! I’m not ashamed to admit I cried. Through Perseverance we’re also experiencing Mars exploration with another sense – SOUND! Sound from another planet!! Using Perseverance’s Entry, Descent, and Landing Microphone (EDL Mic) we recently recorded audio of Perseverance’s wheels rolling across the Martian regolith (broken rocks and dust or “soil”). The audio segment below is an edited portion of sound highlights from a longer 16 minute raw audio file.
Continue reading “More Audio from Perseverance: the Crunch of its Wheels on the Martian Regolith”Perseverance’s Landing Site Named for Octavia Butler
On March 4th, 2021, the Perseverance rover began driving from its landing site on Mars. During this drive, the rover covered 6.5 meters (21.3 feet) and conducted some basic maneuvers and instrument tests. In keeping with a NASA tradition where mission controllers give unofficial nicknames to various geological features, the team also consecrated the landing site by naming it after a famous science fiction author.
Henceforth, the site where Perseverance landed will be known as the “Octavia E. Butler Landing,” in honor of the groundbreaking science fiction author who passed away in 2006 (she was 59 years old). Butler is renowned for being the first African-American woman to win both the Hugo and Nebula Award and was the first science fiction author honored with a MacArthur Fellowship (in 1995).
Continue reading “Perseverance’s Landing Site Named for Octavia Butler”Perseverance has Started Driving on Mars
On February 18th, 2021, NASA’s Perseverance rover landed in the Jezero Crater on Mars. Over the next two years of its primary mission, this robotic mission will carry on in the search for past life on Mars, obtaining soil and rock drill samples that will be returned to Earth someday for analysis. And as of March 4th, the rover conducted its first drive, covering 6.5 meters (21.3 feet) across the Martian landscape.
Continue reading “Perseverance has Started Driving on Mars”Perseverance’s Landing Seen in Full Color, Thanks to Citizen Science
A month on, we’re all still buzzing about the Perseverance rover’s perfect landing in Jezero Crater on Mars, back on February 18, 2021. Over the past few weeks, NASA has released more stunning imagery and footage of the landing, and since then the world-wide cadre of citizen scientists and image editing enthusiasts have been springing into action to enhance and augment all the incredible scenes captured by Perseverance’s collection of high-resolution cameras.
Continue reading “Perseverance’s Landing Seen in Full Color, Thanks to Citizen Science”Microbes Found That Survive on the by-Products of Radioactive Decay
In addition to investigating the big questions about life in our Universe (origins, evolution, distribution, etc.), one of the chief aims of astrobiologists is to characterize extraterrestrial environments to determine if life could exist there. However, there are still unresolved questions about the range of conditions under which life can survive and thrive. Placing better constraints on this will help astrobiologists search for life beyond Earth.
To get a better understanding of how ecosystems can exist beneath the ocean floor (so far from the Sun) a team of researchers led by the University of Rhode Island’s Graduate School of Oceanography (GSO) conducted a study on microbes in ancient seafloor sediment. What they found, to their surprise, was that these lifeforms are sustained primarily by chemicals created by the natural irradiation of water molecules.
Continue reading “Microbes Found That Survive on the by-Products of Radioactive Decay”