This peculiar portrait showcases NGC 1999, a reflection nebula in the constellation Orion. NGC 1999 is around 1,350 light-years from Earth and lies near the Orion Nebula, the closest region of massive star formation to Earth. NGC 1999 itself is a relic of recent star formation – it is composed of debris left over from the formation of a newborn star.
Credit: ESA/Hubble & NASA, ESO, K. Noll
Zeta Ophiuchi: A Star With a Complicated Past via NASA https://ift.tt/78Esywl
Venus, Callisto (Jupiter’s moon), Neptune
NASA’s Webb Space Telescope Reveals Astounding, Unprecedented Views of the Universe
Turquoise Plumes in the Large Magellanic Cloud by NASA’s Marshall Space Flight Center
Space Station Silhouette on the Moon : What’s that unusual spot on the Moon? It’s the International Space Station. Using precise timing, the Earth-orbiting space platform was photographed in front of a partially lit gibbous Moon last month. The featured composite, taken from Payson, Arizona, USA last month, was intricately composed by combining, in part, many 1/2000-second images from a video of the ISS crossing the Moon. A close inspection of this unusually crisp ISS silhouette will reveal the outlines of numerous solar panels and trusses. The bright crater Tycho is visible on the upper left, as well as comparatively rough, light colored terrain known as highlands, and relatively smooth, dark colored areas known as maria. On-line tools can tell you when the International Space Station will be visible from your area. via NASA
NGC 1365, Heart of the Galaxy
So, this beautiful image from the James Webb telescope:
This is the Cliffs of Creation located in the Carina Nebula, approximately 7,600 lights years away.
We can see individual stars being born, eventually they will heat up enough to burn up their surrounding gases and dust.
This is the full Carina Nebula:
So... Where in this nebula are our beautiful cliffs?
Here:
Previously unseen, the James Webb has highlighted this amazing small bubble.
Edited: previous image I had highlighted the wrong area.
Chamaeleon Dark Nebulas : Sometimes the dark dust of interstellar space has an angular elegance. Such is the case toward the far-south constellation of Chamaeleon. Normally too faint to see, dark dust is best known for blocking visible light from stars and galaxies behind it. In this four-hour exposure, however, the dust is seen mostly in light of its own, with its strong red and near-infrared colors giving creating a brown hue. Contrastingly blue, the bright star Beta Chamaeleontis is visible just to the right of center, with the dust that surrounds it preferentially reflecting blue light from its primarily blue-white color. All of the pictured stars and dust occur in our own Milky Way Galaxy with – but one notable exception: the white spot just below Beta Chamaeleontis is the galaxy IC 3104 which lies far in the distance. Interstellar dust is mostly created in the cool atmospheres of giant stars and dispersed into space by stellar light, stellar winds, and stellar explosions such as supernovas. via NASA
Uluru blackh●le rise, me, pixel art, 2022
It wrinkles my brain that Jupiter’s moon Europa has oceans that are sixty miles deep, while Earth’s oceans only reach seven miles deep at most. I’m willing to bet good money that there’s life in Europa’s oceans. Like five bucks. You hear me, NASA? I bet you five bucks that there’s life on Europa… Now that there’s money and reputation on the line, I bet they send a mission there real quick.
Finn OFJ’s space blog. Do you love space?? you better. or else
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