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65dBnoise
65dBnoise
@65dBnoise@mastodon.social  ·  activity timestamp 2 weeks ago

Planetary Data System

Dec. 4, 2025. Mars 2020 Perseverance Rover Release 14 includes raw, calibrated, and derived data from sols 1500 through 1619, May 9, 2025 - September 8, 2025, along with revisions to some previously released products.

https://pds-geosciences.wustl.edu/missions/mars2020/

#Mars2020 #NASA #PDS #Solarocks #Space #Science

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Tyng-Ruey Chuang boosted
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 3 weeks ago
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 4 weeks ago

1/n 🧵

2 NEW epic images of Phobos over Mars just released by ESA Mars Express

This view is especially striking, with Phobos between the Tharsis volcanoes and Noctis Labyrinthus–Valles Marineris

Full resolution 300MP(!) & info on: https://flic.kr/p/2rMW4so
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

#Mars #Space #Astronomy #Phobos #ESA #Astrodon #Solarocks

1/2 🧵

Here’s the recently released sequence of Phobos passing over a Martian dust storm near Pavonis Mons.

Video & full info: https://flic.kr/p/2rNN8wk
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

ESA Mars Express HRSC
300 MP Photo: https://fosstodon.org/@andrealuck/115758026625208427
Easy zoom: https://easyzoom.com/image/674026

#Space #Mars #Phobos #Solarocks #Astronomy #Astrodon #ESA

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Video animation from Mars orbit. The scene is dominated by a massive Martian volcano at the top of the frame, its caldera forming a wide depression surrounded by gentle flanks. To the right, a large dust storm drifts away from the volcano. The terrain shows rusty red tones. Phobos the potato-shape satellite of Mars, passes across the bottom of the frame, appearing very dark grey compared to the martian surface.
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Share huge gigapixel high-resolution images from microscopy, photography, astronomy
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Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 3 weeks ago
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 4 weeks ago

1/n 🧵

2 NEW epic images of Phobos over Mars just released by ESA Mars Express

This view is especially striking, with Phobos between the Tharsis volcanoes and Noctis Labyrinthus–Valles Marineris

Full resolution 300MP(!) & info on: https://flic.kr/p/2rMW4so
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

#Mars #Space #Astronomy #Phobos #ESA #Astrodon #Solarocks

1/2 🧵

Here’s the recently released sequence of Phobos passing over a Martian dust storm near Pavonis Mons.

Video & full info: https://flic.kr/p/2rNN8wk
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

ESA Mars Express HRSC
300 MP Photo: https://fosstodon.org/@andrealuck/115758026625208427
Easy zoom: https://easyzoom.com/image/674026

#Space #Mars #Phobos #Solarocks #Astronomy #Astrodon #ESA

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Video animation from Mars orbit. The scene is dominated by a massive Martian volcano at the top of the frame, its caldera forming a wide depression surrounded by gentle flanks. To the right, a large dust storm drifts away from the volcano. The terrain shows rusty red tones. Phobos the potato-shape satellite of Mars, passes across the bottom of the frame, appearing very dark grey compared to the martian surface.
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Share huge gigapixel high-resolution images from microscopy, photography, astronomy
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Beardy Star Stuff 🏴🌹🇵🇸 boosted
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 4 weeks ago

1/n 🧵

2 NEW epic images of Phobos over Mars just released by ESA Mars Express

This view is especially striking, with Phobos between the Tharsis volcanoes and Noctis Labyrinthus–Valles Marineris

Full resolution 300MP(!) & info on: https://flic.kr/p/2rMW4so
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

#Mars #Space #Astronomy #Phobos #ESA #Astrodon #Solarocks

A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
Flickr

Phobos Over Mars - Tharsis, Valles Marineris and a Dust Storm - ESA Mars Express 300MP

Download full size 300MP here: www.flickr.com/photos/192271236@N03/54997401734/sizes/o/ See license below Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY Easyzoom link here: easyzoom.com/image/674026 Mission: ESA Mars Express Image created processing data from: psa.esa.int North is approx on the top right side Instrument: HRSC Orbit: 27083 Date: 2025-06-17 Raw Data: HR083_0000_ND3 HR083_0000_GR3 HR083_0000_BL3 Notes: Phobos is at its original location as seen in the ND filter image HR083_0000_ND3, because it shifted during the different exposure times in the other filters. Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY Feel free to share, giving the appropriate credit and providing a link to the original image: creativecommons.org/licenses/by/4.0/deed.en
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Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 4 weeks ago

1/n 🧵

2 NEW epic images of Phobos over Mars just released by ESA Mars Express

This view is especially striking, with Phobos between the Tharsis volcanoes and Noctis Labyrinthus–Valles Marineris

Full resolution 300MP(!) & info on: https://flic.kr/p/2rMW4so
Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY

#Mars #Space #Astronomy #Phobos #ESA #Astrodon #Solarocks

A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
A wide view of the planet Mars fills the frame, shown as a curved, rust-colored world against black space. The bottom edge fades into darkness, marking the planet’s night side, while the upper portion is brightly lit by sunlight. Near the right side are three large, round volcanic mountains of the Tharsis region, each with a wide circular base and a darker central caldera, resembling shallow craters pressed into the surface. North of these volcanoes, stretching almost vertically across the upper right half of the planet, lies Noctis Labyrinthus and Valles Marineris: an immense system of deep canyons and fractured terrain that appears as pale, branching scars and cracks, partly softened by hazy, cloud-like atmospheric features. Near the center of the image, positioned between the volcanoes and the canyon system, a small dark oval appears against Mars’s surface. This is Phobos, one of Mars’s satellites. Its tiny size stands out sharply against the vast scale of the planet below.
Flickr

Phobos Over Mars - Tharsis, Valles Marineris and a Dust Storm - ESA Mars Express 300MP

Download full size 300MP here: www.flickr.com/photos/192271236@N03/54997401734/sizes/o/ See license below Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY Easyzoom link here: easyzoom.com/image/674026 Mission: ESA Mars Express Image created processing data from: psa.esa.int North is approx on the top right side Instrument: HRSC Orbit: 27083 Date: 2025-06-17 Raw Data: HR083_0000_ND3 HR083_0000_GR3 HR083_0000_BL3 Notes: Phobos is at its original location as seen in the ND filter image HR083_0000_ND3, because it shifted during the different exposure times in the other filters. Credit: ESA/DLR/FUBerlin/AndreaLuck CC BY Feel free to share, giving the appropriate credit and providing a link to the original image: creativecommons.org/licenses/by/4.0/deed.en
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65dBnoise
65dBnoise
@65dBnoise@mastodon.social  ·  activity timestamp last month

Martian regolith blowin' in the wind

Processed, cropped MCZ_RIGHT, FL: 110mm
looking NNW (348°) from RMC 82.2866
Sol 1705, LMST: 15:03:40
Original: https://mars.nasa.gov/mars2020-raw-images/pub/ods/surface/sol/01705/ids/edr/browse/zcam/ZR0_1705_0818310446_535EBY_N0822866ZCAM09791_1100LMJ01.png

Credit: #NASA/JPL-Caltech/ASU/65dBnoise

𝑇ℎ𝑒 𝑎𝑛𝑠𝑤𝑒𝑟 𝑚𝑦 𝑓𝑟𝑖𝑒𝑛𝑑 𝑖𝑠 𝑏𝑙𝑜𝑤𝑖𝑛' 𝑖𝑛 𝑡ℎ𝑒 𝑤𝑖𝑛𝑑
Bob Dylan

#Mars2020 #Solarocks #Space

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Prof. Sam Lawler boosted
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp last month

2/2 🧵

The Outer Giant Planets by JWST - My final version

Full size image & all info: https://flic.kr/p/2oUkYSY 🧪🔭
Credit: NASA/ESA/CSA/STScI/AndreaLuck

#Space #Astronomy #JWST #Jupiter #ESA #NASA #Astrodon #Solarocks #Neptune #Uranus #Saturn

The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised.

Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact.

Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark.

Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet.

Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet.

Each planet has its name printed below it in white capital letters.
The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised. Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact. Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark. Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet. Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet. Each planet has its name printed below it in white capital letters.
The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised. Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact. Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark. Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet. Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet. Each planet has its name printed below it in white capital letters.
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Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp last month

2/2 🧵

The Outer Giant Planets by JWST - My final version

Full size image & all info: https://flic.kr/p/2oUkYSY 🧪🔭
Credit: NASA/ESA/CSA/STScI/AndreaLuck

#Space #Astronomy #JWST #Jupiter #ESA #NASA #Astrodon #Solarocks #Neptune #Uranus #Saturn

The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised.

Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact.

Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark.

Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet.

Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet.

Each planet has its name printed below it in white capital letters.
The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised. Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact. Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark. Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet. Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet. Each planet has its name printed below it in white capital letters.
The image is divided into four sections, each showing one of the gas giants against a black background as seen by JWST. Filters are near infrared and have been colorised. Top left: Jupiter. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact. Top right: Saturn. It has a pale beige surface with soft horizontal shading. Surrounding it is a wide, bright ring system tilted diagonally. The rings look thin and sharply defined, with multiple subtle bands of light and dark. Bottom left: Uranus. It appears as a smooth blue-green sphere with some whitish circular clouds around the pole that is facing the observer. Surrounding it is a bright circular ring system made up of thin white lines. The rings form a bright, symmetrical halo around the planet. Bottom right: Neptune. It is a blue sphere with slightly brighter and darker circular features on its atmosphere. It also has a thin ring system, dimmer and less defined than Uranus’s in this image, appearing as a faint double oval around the planet. Each planet has its name printed below it in white capital letters.
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Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp last month

1/2 🧵

Reprocessed this JWST image of Jupiter and updated the Outer Planets composition in the thread. Rings everywhere!

Full size image: http://flic.kr/p/2rJRXeY
Credit: NASA/ESA/CSA/STScI/AndreaLuck

JWST NIRCAM 2022-06-28
Filter: F212, F3322W2-F323N
PI: John A. Stansberry
Proposal ID 1022

#Space #Astronomy #JWST #Jupiter #ESA #NASA #Astrodon #Solarocks

In this image Jupiter, using colorised near infrared filters of JWST. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact.
In this image Jupiter, using colorised near infrared filters of JWST. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact.
In this image Jupiter, using colorised near infrared filters of JWST. It appears as a large, round sphere with horizontal bands in shades of light brown, tan, and white. A bright white oval storm sits on the lower right side. A faint ring is visible alongside Europa, one of its satellites, which appears very bright with a star-shaped artifact.
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Paul Hammond
Paul Hammond
@PaulHammond51@fosstodon.org  ·  activity timestamp 2 months ago

Perseverance Rover Encounters a Possible Meteorite.

https://science.nasa.gov/blog/a-stranger-in-our-midst/

Image credits: NASA/JPL-Caltech/ASU/MSSS

#Perseverance #MarsRover #M2020 #NASA #science #Space #Exploration #Solarocks #Mars #Blog #Meteorite #iron #nickle #MastCam

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Karl Urban boosted
Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 3 months ago

Fresh JWST view of Uranus taken Oct 6 2025 with NIRCam.

Full size & more info: https://flic.kr/p/2rByidu
Credit: NASA/ESA/CSA/STScI/Andrea Luck CC BY

Proposal PI: Varun Bajaj
Proposal ID: 8975
Filters: F150W2-F162M, F410M

#Uranus #JWST #Space #Astronomy #Solarocks #IceGiants #Astrodon

Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
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Andrea Luck
Andrea Luck
@andrealuck@fosstodon.org  ·  activity timestamp 3 months ago

Fresh JWST view of Uranus taken Oct 6 2025 with NIRCam.

Full size & more info: https://flic.kr/p/2rByidu
Credit: NASA/ESA/CSA/STScI/Andrea Luck CC BY

Proposal PI: Varun Bajaj
Proposal ID: 8975
Filters: F150W2-F162M, F410M

#Uranus #JWST #Space #Astronomy #Solarocks #IceGiants #Astrodon

Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
Image of Uranus taken by the James Webb Space Telescope, showing a whitish north polar region, vivid blue-greenish atmosphere and a few whitish elongated storms visible around the pole. The planet is surrounded by clearly defined ring system set against the black background of space.
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Brandon Titus boosted
Paul Hammond
Paul Hammond
@PaulHammond51@fosstodon.org  ·  activity timestamp 3 months ago

😢

https://www.jpl.nasa.gov/news/jpl-workforce--update/

#Perseverance #Curiosity #MarsRover #M2020 #NASA #Science #Space #Exploration #Solarocks #Mars

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Paul Hammond
Paul Hammond
@PaulHammond51@fosstodon.org  ·  activity timestamp 3 months ago

😢

https://www.jpl.nasa.gov/news/jpl-workforce--update/

#Perseverance #Curiosity #MarsRover #M2020 #NASA #Science #Space #Exploration #Solarocks #Mars

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OliverUv boosted
Simeon Schmauß
Simeon Schmauß
@stim3on@fosstodon.org  ·  activity timestamp 4 months ago

The sun was just 10 degrees above the horizon when NASA's Perseverance rover captured this morning view of Nili Planum yesterday. The rim of Jezero crater is casting a long shadow over the rover and foreground landscape.

Full res: flic.kr/p/2rt54pJ

Credit: NASA/JPL-Caltech/Simeon Schmauß

#Perseverance#NASA#Mars#Mars2020#Solarocks

The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
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Simeon Schmauß
Simeon Schmauß
@stim3on@fosstodon.org  ·  activity timestamp 4 months ago

The sun was just 10 degrees above the horizon when NASA's Perseverance rover captured this morning view of Nili Planum yesterday. The rim of Jezero crater is casting a long shadow over the rover and foreground landscape.

Full res: flic.kr/p/2rt54pJ

Credit: NASA/JPL-Caltech/Simeon Schmauß

#Perseverance#NASA#Mars#Mars2020#Solarocks

The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
The morning sun shines it's first rays over the Nili Planum region on Mars revealing small hills with sand ripples in between. The wall of Jezero crater behind the camera casts a long shadow that stretches over the foreground and the rover itself.
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