Curiosity makes a movie of Phobos eclipsing the Sun.
Curiosity makes a three frame movie of Phobos eclipsing the Sun.
Curiosity makes a three frame movie of Phobos eclipsing the Sun.
Tag: Curiosity
Curiosity makes a movie of Phobos eclipsing the Sun.
For the first time since arriving on Mars engineers have allowed Curiosity to drive itself.
For the first time since arriving on Mars engineers have allowed Curiosity to drive itself.
The 1-ton Curiosity rover used autonomous navigation for the first time on Tuesday (Aug. 27), driving itself onto a patch of ground that its handlers had not vetted in advance. The robot will likely employ this “autonav” capability more and more as it continues the long trek toward the base of Mars’ huge Mount Sharp, NASA officials said.
In autonav mode, Curiosity analyzes photos it takes during a drive to map out a safe route forward. The car-size rover used this ability on Tuesday to find its way across a small depression whose fine-scale features were hidden from Curiosity’s previous location.
For the first time since arriving on Mars engineers have allowed Curiosity to drive itself.
The 1-ton Curiosity rover used autonomous navigation for the first time on Tuesday (Aug. 27), driving itself onto a patch of ground that its handlers had not vetted in advance. The robot will likely employ this “autonav” capability more and more as it continues the long trek toward the base of Mars’ huge Mount Sharp, NASA officials said.
In autonav mode, Curiosity analyzes photos it takes during a drive to map out a safe route forward. The car-size rover used this ability on Tuesday to find its way across a small depression whose fine-scale features were hidden from Curiosity’s previous location.
Curiosity snaps a spectacular image of Mt Sharp as it begins its journey to the mountain’s base.
Curiosity snaps a spectacular image of Mt Sharp as it begins its journey to the mountain’s base.
The rover has already traveled more than a mile. The mountain however remains about five miles away.
Curiosity snaps a spectacular image of Mt Sharp as it begins its journey to the mountain’s base.
The rover has already traveled more than a mile. The mountain however remains about five miles away.
Scientists have assembled a movie of one Martian moon eclipsing another, taken from Curiosity.
Scientists have assembled a movie of one Martian moon eclipsing another, taken from Curiosity.
Video below the fold.
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Scientists have assembled a movie of one Martian moon eclipsing another, taken from Curiosity.
Video below the fold.
» Read more
Curiosity’s first year on Mars, in video in two minutes.
Curiosity’s first year on Mars, in video in two minutes.
Curiosity’s first year on Mars, in video in two minutes.
A billion pixel view from Curiosity.
A billion pixel view of Mars from Curiosity.
A billion pixel view of Mars from Curiosity.
The scientists operating Curiosity have decided it is time to begin the trek up Mt. Sharp
The scientists operating Curiosity have decided it is time to begin the trek up Mt. Sharp.
The scientists operating Curiosity have decided it is time to begin the trek up Mt. Sharp.
A detailed analysis of the pebbly rocks that Curiosity traveled past last year have confirmed that this area was once a streambed.
A detailed analysis of the pebbly rocks that Curiosity traveled past last year have confirmed that this area was once a streambed.
A detailed analysis of the pebbly rocks that Curiosity traveled past last year have confirmed that this area was once a streambed.
Data collected by a radiation sensor inside Curiosity during its journey to Mars suggest that it will be possible to build ships with sufficient shielding to protect humans on such a voyage.
Data collected by a radiation sensor inside Curiosity during its journey to Mars suggest that it will be possible to build ships with sufficient shielding to protect humans on such a voyage.
Zeitlin and his colleagues analysed the radiation recorded by a small detector on board the craft that was active during most of the 253-day cruise to Mars. Although the craft was not uniformly protected from exposure to Galactic cosmic rays and charged particles from the Sun, the MSL’s shielding on average approximated that of human space-flight missions. ….
At NASA Langley, Thibeault and her colleagues are testing new types of shielding that consist of hydrogenated materials. Hydrogen offers protection because it breaks apart heavy charged particles without creating secondary particles that add to the radiation dose, she notes. One of the materials under investigation, hydrogen-filled boron nitride nanotubes, looks particularly promising because it is robust and lightweight enough to double as both the skin of a spacecraft and its shield. Using separate materials to build and shield a craft would add too much weight to a Mars-bound mission, Thibeault notes.
Thibeault says that she is heartened by the new study because she had feared that the radiation dose might be considerably higher. The results suggest “that this is a problem we can solve”, she adds.
Data collected by a radiation sensor inside Curiosity during its journey to Mars suggest that it will be possible to build ships with sufficient shielding to protect humans on such a voyage.
Zeitlin and his colleagues analysed the radiation recorded by a small detector on board the craft that was active during most of the 253-day cruise to Mars. Although the craft was not uniformly protected from exposure to Galactic cosmic rays and charged particles from the Sun, the MSL’s shielding on average approximated that of human space-flight missions. ….
At NASA Langley, Thibeault and her colleagues are testing new types of shielding that consist of hydrogenated materials. Hydrogen offers protection because it breaks apart heavy charged particles without creating secondary particles that add to the radiation dose, she notes. One of the materials under investigation, hydrogen-filled boron nitride nanotubes, looks particularly promising because it is robust and lightweight enough to double as both the skin of a spacecraft and its shield. Using separate materials to build and shield a craft would add too much weight to a Mars-bound mission, Thibeault notes.
Thibeault says that she is heartened by the new study because she had feared that the radiation dose might be considerably higher. The results suggest “that this is a problem we can solve”, she adds.
The accumulating dents and dings on Curiosity’s wheels.
The accumulating dents and dings on Curiosity’s wheels.
The accumulating dents and dings on Curiosity’s wheels.
New data from Curiosity has further confirmed that the atmosphere of Mars was once much thicker, and that the remaining atmosphere is still dynamic.
New data from Curiosity has further confirmed that the atmosphere of Mars was once much thicker, and that the remaining atmosphere is still dynamic.
The two most interesting bits of data is that the temperature has been steadily climbing in Gale Crater, and that the humidity has shown significant shifts, depending on the rover’s location as it has traveled through the crater.
New data from Curiosity has further confirmed that the atmosphere of Mars was once much thicker, and that the remaining atmosphere is still dynamic.
The two most interesting bits of data is that the temperature has been steadily climbing in Gale Crater, and that the humidity has shown significant shifts, depending on the rover’s location as it has traveled through the crater.
Curiosity marks the return to full science operations by producing a new panorama.
Curiosity marks the return to full science operations by producing a new panorama.
Curiosity marks the return to full science operations by producing a new panorama.
Curiosity is out of safe mode and will be resuming full science operations by next week.
Curiosity is out of safe mode and will be resuming full science operations by next week.
It is imperative that the engineers clear up these computer problems now, as communications with the rover will be limited in April because the sun will be in the way.
Transmissions from Earth to the orbiters [Mars Odyssey and Mars Reconnaissance Orbiter] will be suspended while Mars and the sun are two degrees or less apart in the sky, from April 9 to 26, with restricted commanding during additional days before and after. Both orbiters will continue science observations on a reduced basis compared to usual operations. Both will receive and record data from the rovers. Odyssey will continue transmissions Earthward throughout April, although engineers anticipate some data dropouts, and the recorded data will be retransmitted later.
The Mars Reconnaissance Orbiter will go into a record-only mode on April 4. “For the entire conjunction period, we’ll just be storing data on board,” said Deputy Mission Manager Reid Thomas of JPL. He anticipates that the orbiter could have about 40 gigabits of data from its own science instruments and about 12 gigabits of data from Curiosity accumulated for sending to Earth around May 1.
NASA’s Mars Exploration Rover Opportunity is approaching its fifth solar conjunction. Its team will send no commands between April 9 and April 26. The rover will continue science activities using a long-term set of commands to be sent beforehand.
Curiosity is out of safe mode and will be resuming full science operations by next week.
It is imperative that the engineers clear up these computer problems now, as communications with the rover will be limited in April because the sun will be in the way.
Transmissions from Earth to the orbiters [Mars Odyssey and Mars Reconnaissance Orbiter] will be suspended while Mars and the sun are two degrees or less apart in the sky, from April 9 to 26, with restricted commanding during additional days before and after. Both orbiters will continue science observations on a reduced basis compared to usual operations. Both will receive and record data from the rovers. Odyssey will continue transmissions Earthward throughout April, although engineers anticipate some data dropouts, and the recorded data will be retransmitted later.
The Mars Reconnaissance Orbiter will go into a record-only mode on April 4. “For the entire conjunction period, we’ll just be storing data on board,” said Deputy Mission Manager Reid Thomas of JPL. He anticipates that the orbiter could have about 40 gigabits of data from its own science instruments and about 12 gigabits of data from Curiosity accumulated for sending to Earth around May 1.
NASA’s Mars Exploration Rover Opportunity is approaching its fifth solar conjunction. Its team will send no commands between April 9 and April 26. The rover will continue science activities using a long-term set of commands to be sent beforehand.
Another computer glitch has put Curiosity back in safe mode.
Another computer glitch has put Curiosity back in safe mode.
The problem this time appears to be different from the previous computer issue that shutdown Curiosity’s A computer. Since it occurred on the backup B computer now in use, however, it is a problem that cannot be taken lightly.
Another computer glitch has put Curiosity back in safe mode.
The problem this time appears to be different from the previous computer issue that shutdown Curiosity’s A computer. Since it occurred on the backup B computer now in use, however, it is a problem that cannot be taken lightly.
Curiosity takes a panorama of Mount Sharp.
Curiosity takes a panorama of Mount Sharp.
A white balanced version, which isn’t as much like true color but looks better, can be found here.
Curiosity takes a panorama of Mount Sharp.
A white balanced version, which isn’t as much like true color but looks better, can be found here.
Curiosity’s first drilling sample has found that the ancient watery conditions in Gale Crater were especially suitable for life.
Curiosity’s first drilling sample has found that the ancient watery conditions in Gale Crater were especially suitable for life.
Curiosity’s first drilling sample has found that the ancient watery conditions in Gale Crater were especially suitable for life.
As a precaution engineers have shut Curiosity down to protect it from an oncoming solar flare.
As a precaution engineers have temporarily shut Curiosity down to protect it from an oncoming solar flare.
They have done this in conjunction with the rover’s recent computer memory problem.
As a precaution engineers have temporarily shut Curiosity down to protect it from an oncoming solar flare.
They have done this in conjunction with the rover’s recent computer memory problem.
Curiosity is easing out of safe mode as engineers switch computers.
Curiosity is easing out of safe mode as engineers switch computers.
Curiosity is easing out of safe mode as engineers switch computers.
Corrupt memory in Curiosity’s A computer system has forced engineers to switch to the rover’s back-up computer.
Corrupt memory in Curiosity’s A computer system has forced engineers to switch to the rover’s back-up computer.
The problem came to light Wednesday morning on Mars when flight controllers at the Jet Propulsion Laboratory in Pasadena, Calif., noticed what appeared to be memory corruption in the computer’s solid-state memory system. The flight software was not recording new data or playing back data already recorded. Instead, it was only sending back real-time telemetry. Later in the day, during a communications session using NASA’s Mars Reconnaissance Orbiter, telemetry from Curiosity indicated the corrupted memory was still present. In addition, Cook said, flight controllers saw the computer had not completed several pre-planned activities.
At that point, the computer was expected to put itself to sleep for an hour or so and then to wake up for a communications session with NASA’s Odyssey orbiter. “It was after that second overflight that we got some more information saying hey, the memory is still corrupted and oh by the way, I didn’t go to sleep when I was supposed to, I stayed awake,” Cook said.
The next communications session came late Wednesday night Earth time, between 10:30 p.m. and midnight at the Jet Propulsion Laboratory. The rover’s computer was still awake and engineers decided to switch over to the B-side system.
The engineers suspect the problem was caused by a cosmic ray hit, and can be fixed by rebooting the computer.
Corrupt memory in Curiosity’s A computer system has forced engineers to switch to the rover’s back-up computer.
The problem came to light Wednesday morning on Mars when flight controllers at the Jet Propulsion Laboratory in Pasadena, Calif., noticed what appeared to be memory corruption in the computer’s solid-state memory system. The flight software was not recording new data or playing back data already recorded. Instead, it was only sending back real-time telemetry. Later in the day, during a communications session using NASA’s Mars Reconnaissance Orbiter, telemetry from Curiosity indicated the corrupted memory was still present. In addition, Cook said, flight controllers saw the computer had not completed several pre-planned activities.
At that point, the computer was expected to put itself to sleep for an hour or so and then to wake up for a communications session with NASA’s Odyssey orbiter. “It was after that second overflight that we got some more information saying hey, the memory is still corrupted and oh by the way, I didn’t go to sleep when I was supposed to, I stayed awake,” Cook said.
The next communications session came late Wednesday night Earth time, between 10:30 p.m. and midnight at the Jet Propulsion Laboratory. The rover’s computer was still awake and engineers decided to switch over to the B-side system.
The engineers suspect the problem was caused by a cosmic ray hit, and can be fixed by rebooting the computer.
Curiosity has obtained its first drill sample.
Curiosity has obtained its first drill sample.
Curiosity has obtained its first drill sample.
Curiosity has drilled its first hole.
Curiosity has drilled its first hole.
Curiosity has drilled its first hole.
The first nighttime photos from Mars.
The first nighttime photos from Mars.
The first nighttime photos from Mars.
Curiosity spots a Martian “flower.”
Curiosity spots a Martian “flower.”
Actually, Ian O’Neill notes, it isn’t really a flower but a very interesting geological formation embedded in the rock.
Curiosity spots a Martian “flower.”
Actually, Ian O’Neill notes, it isn’t really a flower but a very interesting geological formation embedded in the rock.
A design problem in Curiosity’s drill makes it a threat for shorting out the electronics of the entire rover at some point in the future.
Oy. A design problem in Curiosity’s drill makes it a threat to short out the electronics of the entire rover at some point in the future.
Oy. A design problem in Curiosity’s drill makes it a threat to short out the electronics of the entire rover at some point in the future.
A tour of the impact craters that Curiosity created when it landed on Mars.
A tour of the impact craters that Curiosity created when it landed on Mars.
A tour of the impact craters that Curiosity created when it landed on Mars.
NASA announced yesterday plans to launch by 2020 a twin rover of Curiosity to Mars.
NASA announced yesterday plans to launch by 2020 a twin rover of Curiosity to Mars.
Though it makes sense to use the same designs again, saving money, I must admit a personal lack of excitement about this announcement. First, I have doubts it will fly because of the federal government’s budget woes. Second, it is kind of a replacement for the much more challenging and exciting missions to Titan and Europa that the Obama administration killed when they slashed the planetary budget last year.
NASA announced yesterday plans to launch by 2020 a twin rover of Curiosity to Mars.
Though it makes sense to use the same designs again, saving money, I must admit a personal lack of excitement about this announcement. First, I have doubts it will fly because of the federal government’s budget woes. Second, it is kind of a replacement for the much more challenging and exciting missions to Titan and Europa that the Obama administration killed when they slashed the planetary budget last year.
The press lets Curiosity get the better of them
The big news is out. Today the eagerly awaited press conference at the American Geophysical Society meeting in San Francisco on the recent results from the Mars rover Curiosity was finally held. The announced results had been hyped like crazy when rumors began to spread a few weeks ago that Curiosity had discovered something truly spectacular.
Well, here are some of the headlines heralding the results.
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Has Curiosity made a big discovery?
Has Curiosity made a big discovery?
There has been a lot of buzz the past twenty-four hours about the possibility of a major discovery from Curiosity. However, I agree with Jeffrey Kluger at Time. It is dangerous to pay much attention to these wild speculations, as they are often wrong. Stay calm, and wait for some real information. The most likely possibility is that they have found something very intriguing and exciting, but not Earth-shaking.
Has Curiosity made a big discovery?
There has been a lot of buzz the past twenty-four hours about the possibility of a major discovery from Curiosity. However, I agree with Jeffrey Kluger at Time. It is dangerous to pay much attention to these wild speculations, as they are often wrong. Stay calm, and wait for some real information. The most likely possibility is that they have found something very intriguing and exciting, but not Earth-shaking.
Dust devils and radiation in Gale Crater.
Dust devils and radiation in Gale Crater.
Dust devils and radiation in Gale Crater.
Curiosity has found evidence showing how Mars lost its atmosphere.
Curiosity has found evidence showing how Mars lost its atmosphere.
Curiosity has found evidence showing how Mars lost its atmosphere.