Newborn stars are tearing their own nursery apart — and Webb just caught it happening in real time.
This is NGC 7129, a stellar nursery 3,300 light-years away, where stars of wildly different ages are forming from the same original cloud. The central star, LkHα 234, is 5 to 8 times the Sun's mass — and its outflows have physically carved out the golden cavity you can see beside it.
The red patches aren't just color — they're cooler gas getting shocked and heated by jets blasting out of still-forming protostars. Webb's infrared vision sees straight through the dust that completely hid this chaos from older telescopes like Spitzer.
If you could watch a star being born in real time, speeding past thousands of years in minutes, would you want to see the calm formation or the violent, jet-blasting kind?
The asteroid once nicknamed "the Doomsday Rock" is about to get two spacecraft escorts — and one of them just powered on for the first time.
Apophis, a 1,100-foot-wide asteroid, will pass within 20,000 miles of Earth on April 13, 2029 — closer than many of our own communication satellites. NASA ruled out any actual impact risk back in 2021, but the flyby is still historic: it's the closest a known asteroid this large has ever come to Earth in recorded history.
ESA's Ramses probe just powered on in a Milan cleanroom, 4 days ago, ahead of its planned 2028 launch. NASA's OSIRIS-APEX, a repurposed former asteroid-sample mission, will arrive right after the flyby to see how Earth's gravity physically reshapes the asteroid in real time.
Would you want to watch an asteroid pass closer than our satellites — or does that feel too close for comfort, even with zero impact risk?
NASA just proved a spacecraft can survive one of the harshest descents in the solar system — straight into Venus.
The DAVINCI probe will free-fall through Venus's atmosphere in under an hour, heating to 869°F (465°C) along the way — hot enough to melt lead. In September, engineers ran the actual test hardware through six full simulated descents in a specialized furnace, matching that exact heat curve minute by minute.
It's the most complete Venus-heat test the US has run since the mid-1970s. When DAVINCI finally launches in the early 2030s, it'll spend its last 17 minutes below the clouds gathering data no mission has ever collected this close to the surface.
Would you rather survive a trip to Venus's surface, or the deep freeze of interstellar space?
A tiny crack in the ISS kept astronauts guessing for 7 years — and in June, it got serious enough that they had to evacuate into an escape capsule.
The leak started in 2019, in a transfer tunnel connecting Russia's Zvezda module to the rest of the station. NASA and Roscosmos patched it repeatedly, but it kept coming back. In June 2026, the leak rate suddenly doubled, and NASA ordered five astronauts into a docked SpaceX Dragon as a safety precaution while engineers investigated.
By August, officials announced new sealant work appeared to have finally stopped the leak — but they still haven't identified the exact root cause of the cracking after all this time.
Would you feel safe staying aboard a station with an unexplained, recurring leak, or would you want to come home the moment it started?
Hubble and Webb just teamed up for the first time ever — and found 27 tiny worlds we never knew existed.
They're called trans-Neptunian objects: icy leftovers from the birth of the solar system, orbiting far beyond Neptune. Some are only 6 miles wide, and one is so faint that NASA compares spotting it to seeing a small swarm of fireflies on the Moon — from Earth.
Scientists expected to find way more of these tiny bodies than they did. Instead, they found something stranger: even the smallest ones share the same color patterns as much larger, well-known objects — suggesting they've barely changed in over 4 billion years.
If something out there has sat frozen and untouched since before Earth fully formed, would you want to actually go see it, or does it feel better left alone?
NASA just confirmed the strongest potential sign of ancient life ever found on Mars — and it looks like leopard spots on a rock.
The rock, nicknamed Cheyava Falls, was drilled by the Perseverance rover in Jezero Crater back in 2024. After a full year of peer review, scientists confirmed it contains vivianite and greigite — minerals that, on Earth, usually form through microbial activity feeding on carbon, sulfur, and phosphorus.
It's not proof. Scientists have ruled out heat and acid as explanations, but non-biological chemistry still can't be fully excluded. Confirming it for certain would require bringing the actual rock back to Earth — something NASA doesn't expect to happen until the 2030s.
If this turns out to be real evidence of ancient life, would you want it confirmed in your lifetime, or does the mystery itself feel more exciting?
The Milky Way–Andromeda collision you've probably heard about as a "certainty"? It's actually a coin flip.
For over a decade, astronomers said it was near-guaranteed: our galaxy and Andromeda would smash together in about 4.5 billion years. But a major study combining Hubble and Gaia data — factoring in 22 variables across 100,000 simulations — found only a 50% chance of collision within the next 10 billion years.
The twist: a nearby satellite galaxy, the Large Magellanic Cloud, may be quietly pulling the Milky Way's path away from Andromeda entirely. In about half the simulated futures, the two galaxies just drift past each other.
Would you rather know our galaxy's fate for certain, or is the mystery part of what makes it fascinating?
Credit: NASA, ESA, STScI, Till Sawala (University of Helsinki), DSS, J. DePasquale (STScI) Source: esahubble.org/news/heic2508/
Astronomers just found 84 things in space that don't match anything we've ever catalogued.
They're called hypersoft X-ray sources — objects so faint in X-rays that every previous survey missed them completely. They only showed up because researchers dug back through old, public Chandra telescope data looking specifically at the lowest energy levels, where these objects glow and then vanish entirely at higher energies.
They're scattered across six different galaxies, including Andromeda and the Pinwheel Galaxy, in both young star-forming regions and old ones. Scientists think they might explain how certain supernovae form — but right now, nobody actually knows what these objects are.
If you found something in space that matched nothing else ever seen, what would you want to name it?
On November 18, 2026, at 2:16 a.m. PST, Voyager 1 will cross a line no human-made object has ever reached.
It will be exactly one light-day from Earth — 16.1 billion miles away. That means if NASA sends it a command that morning, it won't arrive until the next morning. And if Voyager could reply instantly, we wouldn't hear back for another full day after that.
Launched in 1977 with less computing power than a calculator, it's now farther out than any spacecraft in history, still quietly phoning home after 49 years.
If you could send one message to Voyager 1, knowing it would take two full days to get an answer, what would you ask it?
Three NASA telescopes just looked at the same nebula — and each one saw something completely different.
The Tarantula Nebula sits 160,000 light-years away, one of the most active star-forming regions we can observe. Chandra sees its X-rays (blue), Webb sees infrared heat and dust (red), and Hubble sees visible light (green) — stack them together and you get this.
Scientists expected far more X-ray energy than they found. Turns out the nebula is "leaking" heat three different ways at once — through gaps in its gas shell, mixing with cooler gas, and direct heat conduction, like a pan cooling on a stove.
Which color layer do you think tells the most important part of the story?
Credit: X-ray: NASA/CXC/Ohio State Univ./J. Rodriguez et al; Infrared: NASA/ESA/CSA/STScI; Optical: NASA/ESA/STScI; Image Processing: NASA/CXC/SAO/P. Edmonds
Prompt Society
Newborn stars are tearing their own nursery apart — and Webb just caught it happening in real time.
This is NGC 7129, a stellar nursery 3,300 light-years away, where stars of wildly different ages are forming from the same original cloud. The central star, LkHα 234, is 5 to 8 times the Sun's mass — and its outflows have physically carved out the golden cavity you can see beside it.
The red patches aren't just color — they're cooler gas getting shocked and heated by jets blasting out of still-forming protostars. Webb's infrared vision sees straight through the dust that completely hid this chaos from older telescopes like Spitzer.
If you could watch a star being born in real time, speeding past thousands of years in minutes, would you want to see the calm formation or the violent, jet-blasting kind?
Credit: Image: NASA, ESA, CSA, STScI; Image Processing: Alyssa Pagan (STScI)
Source: esawebb.org/news/weic2620/
#PromptSociety #Space #Astronomy #NASA #JWST #Webb #StarFormation #Nebula
16 hours ago | [YT] | 73
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The asteroid once nicknamed "the Doomsday Rock" is about to get two spacecraft escorts — and one of them just powered on for the first time.
Apophis, a 1,100-foot-wide asteroid, will pass within 20,000 miles of Earth on April 13, 2029 — closer than many of our own communication satellites. NASA ruled out any actual impact risk back in 2021, but the flyby is still historic: it's the closest a known asteroid this large has ever come to Earth in recorded history.
ESA's Ramses probe just powered on in a Milan cleanroom, 4 days ago, ahead of its planned 2028 launch. NASA's OSIRIS-APEX, a repurposed former asteroid-sample mission, will arrive right after the flyby to see how Earth's gravity physically reshapes the asteroid in real time.
Would you want to watch an asteroid pass closer than our satellites — or does that feel too close for comfort, even with zero impact risk?
Credit: NASA/JPL-Caltech and NSF/AUI/GBO
Source: www.esa.int/Space_Safety/Planetary_Defence/Apophis
#PromptSociety #Space #Astronomy #NASA #ESA #Apophis #Asteroid #PlanetaryDefense
4 days ago | [YT] | 45
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NASA just proved a spacecraft can survive one of the harshest descents in the solar system — straight into Venus.
The DAVINCI probe will free-fall through Venus's atmosphere in under an hour, heating to 869°F (465°C) along the way — hot enough to melt lead. In September, engineers ran the actual test hardware through six full simulated descents in a specialized furnace, matching that exact heat curve minute by minute.
It's the most complete Venus-heat test the US has run since the mid-1970s. When DAVINCI finally launches in the early 2030s, it'll spend its last 17 minutes below the clouds gathering data no mission has ever collected this close to the surface.
Would you rather survive a trip to Venus's surface, or the deep freeze of interstellar space?
Credit: NASA/Mike Guinto
Source: science.nasa.gov/blogs/davinci/2026/09/24/nasas-da…
#PromptSociety #Space #Astronomy #NASA #Venus #DAVINCI #SpaceMission #Astrophysics
1 week ago | [YT] | 17
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A tiny crack in the ISS kept astronauts guessing for 7 years — and in June, it got serious enough that they had to evacuate into an escape capsule.
The leak started in 2019, in a transfer tunnel connecting Russia's Zvezda module to the rest of the station. NASA and Roscosmos patched it repeatedly, but it kept coming back. In June 2026, the leak rate suddenly doubled, and NASA ordered five astronauts into a docked SpaceX Dragon as a safety precaution while engineers investigated.
By August, officials announced new sealant work appeared to have finally stopped the leak — but they still haven't identified the exact root cause of the cracking after all this time.
Would you feel safe staying aboard a station with an unexplained, recurring leak, or would you want to come home the moment it started?
Credit: NASA
Source: www.nasa.gov/blogs/spacestation/2026/06/05/nasa-pr…
#PromptSociety #Space #ISS #NASA #Roscosmos #SpaceStation #SpaceNews #Astronaut
1 week ago | [YT] | 18
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Hubble and Webb just teamed up for the first time ever — and found 27 tiny worlds we never knew existed.
They're called trans-Neptunian objects: icy leftovers from the birth of the solar system, orbiting far beyond Neptune. Some are only 6 miles wide, and one is so faint that NASA compares spotting it to seeing a small swarm of fireflies on the Moon — from Earth.
Scientists expected to find way more of these tiny bodies than they did. Instead, they found something stranger: even the smallest ones share the same color patterns as much larger, well-known objects — suggesting they've barely changed in over 4 billion years.
If something out there has sat frozen and untouched since before Earth fully formed, would you want to actually go see it, or does it feel better left alone?
Credit: NASA, ESA, Leah Hustak (STScI)
Source: science.nasa.gov/missions/hubble/nasas-hubble-webb…
#PromptSociety #Space #Astronomy #NASA #Hubble #JWST #SolarSystem #SpaceFacts
2 weeks ago | [YT] | 30
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NASA just confirmed the strongest potential sign of ancient life ever found on Mars — and it looks like leopard spots on a rock.
The rock, nicknamed Cheyava Falls, was drilled by the Perseverance rover in Jezero Crater back in 2024. After a full year of peer review, scientists confirmed it contains vivianite and greigite — minerals that, on Earth, usually form through microbial activity feeding on carbon, sulfur, and phosphorus.
It's not proof. Scientists have ruled out heat and acid as explanations, but non-biological chemistry still can't be fully excluded. Confirming it for certain would require bringing the actual rock back to Earth — something NASA doesn't expect to happen until the 2030s.
If this turns out to be real evidence of ancient life, would you want it confirmed in your lifetime, or does the mystery itself feel more exciting?
Credit: NASA/JPL-Caltech/MSSS
Source: science.nasa.gov/resource/perseverance-finds-a-roc…
3 weeks ago | [YT] | 210
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The Milky Way–Andromeda collision you've probably heard about as a "certainty"? It's actually a coin flip.
For over a decade, astronomers said it was near-guaranteed: our galaxy and Andromeda would smash together in about 4.5 billion years. But a major study combining Hubble and Gaia data — factoring in 22 variables across 100,000 simulations — found only a 50% chance of collision within the next 10 billion years.
The twist: a nearby satellite galaxy, the Large Magellanic Cloud, may be quietly pulling the Milky Way's path away from Andromeda entirely. In about half the simulated futures, the two galaxies just drift past each other.
Would you rather know our galaxy's fate for certain, or is the mystery part of what makes it fascinating?
Credit: NASA, ESA, STScI, Till Sawala (University of Helsinki), DSS, J. DePasquale (STScI)
Source: esahubble.org/news/heic2508/
#PromptSociety #Space #Astronomy #NASA #Hubble #MilkyWay #Andromeda #Universe
3 weeks ago | [YT] | 647
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Astronomers just found 84 things in space that don't match anything we've ever catalogued.
They're called hypersoft X-ray sources — objects so faint in X-rays that every previous survey missed them completely. They only showed up because researchers dug back through old, public Chandra telescope data looking specifically at the lowest energy levels, where these objects glow and then vanish entirely at higher energies.
They're scattered across six different galaxies, including Andromeda and the Pinwheel Galaxy, in both young star-forming regions and old ones. Scientists think they might explain how certain supernovae form — but right now, nobody actually knows what these objects are.
If you found something in space that matched nothing else ever seen, what would you want to name it?
Credit: X-ray: NASA/CXC/Univ. of Alabama/M. Muhibullah et al.; Optical: NASA/ESA/STScI; Image Processing: NASA/CXC/SAO/N. Wolk
Source: science.nasa.gov/missions/chandra/nasas-chandra-un…
4 weeks ago | [YT] | 216
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On November 18, 2026, at 2:16 a.m. PST, Voyager 1 will cross a line no human-made object has ever reached.
It will be exactly one light-day from Earth — 16.1 billion miles away. That means if NASA sends it a command that morning, it won't arrive until the next morning. And if Voyager could reply instantly, we wouldn't hear back for another full day after that.
Launched in 1977 with less computing power than a calculator, it's now farther out than any spacecraft in history, still quietly phoning home after 49 years.
If you could send one message to Voyager 1, knowing it would take two full days to get an answer, what would you ask it?
Credit: NASA/JPL-Caltech
Source: science.nasa.gov/mission/voyager/voyager-1/voyager…
4 weeks ago | [YT] | 253
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Three NASA telescopes just looked at the same nebula — and each one saw something completely different.
The Tarantula Nebula sits 160,000 light-years away, one of the most active star-forming regions we can observe. Chandra sees its X-rays (blue), Webb sees infrared heat and dust (red), and Hubble sees visible light (green) — stack them together and you get this.
Scientists expected far more X-ray energy than they found. Turns out the nebula is "leaking" heat three different ways at once — through gaps in its gas shell, mixing with cooler gas, and direct heat conduction, like a pan cooling on a stove.
Which color layer do you think tells the most important part of the story?
Credit: X-ray: NASA/CXC/Ohio State Univ./J. Rodriguez et al; Infrared: NASA/ESA/CSA/STScI; Optical: NASA/ESA/STScI; Image Processing: NASA/CXC/SAO/P. Edmonds
4 weeks ago | [YT] | 202
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