#ENCELADUS
Enceladus - From Gordan Ugarković (ugordan.bsky.social) - https://flic.kr/p/boZRzv
September 29, 2026 at 5:00 PM
Microbes could survive on Saturn's moon Enceladus — and scientists think we can find them

www.space.com/space-explor...
Microbes could survive on Saturn's moon Enceladus — and scientists think we can find them
Freezing drops of water accelerating through space could hold the truth about life beyond Earth.
www.space.com
September 29, 2026 at 3:35 PM
As hopes for finding life elsewhere in the Solar System, Enceladus's geysers are a shining light.

www.iflscience.com/microbes-cou...
Microbes Could Thrive Inside Enceladus And Its Geysers Could Help Us Find Them
When it comes to where it sends its spacecraft, is NASA looking for life in all the wrong places?
www.iflscience.com
September 29, 2026 at 3:30 PM
🪐 A methane-producing Earth microbe grew in simulated Enceladus ocean chemistry, using hydrogen from water–rock reactions—even at pH 11. This tests possible habitability, not whether life exists there.
doi.org/10.1126/scia...
#Astrobiology
Enceladus-like geochemistry fuels methanogenesis under extreme CO2 limitation
Saturn’s icy moon Enceladus features chemical signatures consistent with an alkaline soda ocean with H2 production via hydrothermal water-rock reactions. Chemolithoautotrophic methanogenesis is thermo...
doi.org
September 29, 2026 at 1:48 PM
Satürn’ün buzlu uydusu Enceladus yeniden gündemde

Yeni araştırmalar, buz altındaki okyanusun bazı mikroorganizmalar için sanılandan daha yaşanabilir olabileceğini gösteriyor.

Peki bu gerçekten yaşam ihtimalini güçlendiriyor mu?

🔗 mutlucicekler.com/2026/09/29/s...

#Enceladus #Satürn #Uzay #Bilim
Enceladus’ta Yaşam İhtimali Güçlendi | Yeni Bulgular
Yeni araştırmalar, Satürn’ün uydusu Enceladus’un buz altı okyanusunda yaşamı destekleyebilecek koşulların sanılandan daha güçlü olabileceğini gösterdi.
mutlucicekler.com
September 29, 2026 at 1:47 PM
The ice blasting from Saturn's moon Enceladus is stranger than scientists realized
The ice blasting from Saturn's moon Enceladus is stranger than scientists realized
chuckyscarnage.tech.blog
September 29, 2026 at 12:45 PM
📰 Enceladus separa os sais do oceano em grãos de gelo

Uma análise de dados da Cassini sugere q...

📷 NASA/JPL/SSI — plumas de Enceladus (domínio público)
Enceladus separa os sais do oceano em grãos de gelo
Uma análise de dados da Cassini sugere que o congelamento lento e a fragmentação do spray de Enceladus separam os sais — sem provar a existência de vida.
tech.neural-rage.com
September 29, 2026 at 12:40 PM
September 29, 2026 at 11:38 AM
Great News From Enceladus: Saturn's Icy Moon Just Became Even More Promising for Life
Two new studies suggest that Saturn’s moon Enceladus may be an even more compelling target in the search for extraterrestrial life. If scientists want to search an alien ocean for life, Enceladus offers a rare advantage: the ocean sends samples into space. Saturn’s icy moon hides a global ocean beneath its frozen surface, but researchers do not necessarily need to drill through kilometers of ice to study it. Powerful plumes erupt from fractures near the south pole, carrying water vapor and frozen material from the ocean hundreds of kilometers (hundreds of miles) above the surface, where spacecraft can sample it directly. Now, two studies published in Science Advances suggest that Enceladus may be even more favorable for the search for life than previously understood. One shows that the process creating its plume particles naturally separates and concentrates chemicals from the ocean. The other demonstrates that a methane-producing microorganism from Earth can remain active under laboratory conditions designed to resemble the moon’s unusual chemistry. An Ocean That Comes to the Spacecraft Enceladus has become one of the leading places to investigate potentially habitable environments beyond Earth. Although its surface is frozen, gravitational interactions within the Saturn system generate internal heating that...
scitechdaily.com
September 29, 2026 at 11:26 AM
The ice blasting from Saturn's moon Enceladus is stranger than scientists realized
The ice blasting from Saturn's moon Enceladus is stranger than scientists realized
Enceladus may naturally separate and concentrate chemicals from its hidden ocean as droplets slowly freeze and shatter on their way into space. The process could explain Cassini’s puzzling ice-grain c...
worldnewsguru.us
September 29, 2026 at 11:15 AM
The ice blasting from Saturn's moon Enceladus is stranger than scientists realized
An international team that includes researchers from the Earth-Life Science Institute (ELSI) at the Institute of Science Tokyo has now investigated what happens to that ocean water as it moves from beneath the surface and eventually becomes the tiny ice grains detected in space. Cassini Found Surprisingly Diverse Ice Grains Between 2004 and 2017, the Cosmic Dust Analyzer on NASA's Cassini spacecraft measured the composition of individual ice particles in Saturn's E-ring. That ring is continually supplied with material erupting from Enceladus. A team led by Prof Frank Postberg at Freie Universität Berlin examined 961 mass spectra from salt-rich grains known as Type 3 particles. If the grains were simply small samples of the same ocean water, scientists might expect them to contain broadly similar mixtures of salts. Instead, the grains varied dramatically. Some were especially rich in sodium chloride, while others contained higher amounts of carbonates, phosphates or potassium chloride. One particularly striking pattern was that chloride and carbonate rarely appeared together in the same sodium-rich particle. That raised a basic puzzle. If all of these grains came from the same ocean, why did their chemical compositions differ so much? Recreating Enceladus' Ocean Droplets in the Lab To explore...
www.sciencedaily.com
September 29, 2026 at 10:51 AM
Enceladus-like geochemistry fuels methanogenesis under extreme CO2 limitation
www.science.org/doi/10.1126/...
Enceladus-like geochemistry fuels methanogenesis under extreme CO2 limitation
Saturn’s icy moon Enceladus features chemical signatures consistent with an alkaline soda ocean with H2 production via hydrothermal water-rock reactions. Chemolithoautotrophic methanogenesis is thermo...
www.science.org
September 29, 2026 at 9:38 AM
die Suche auf ausserirdisches Leben läuft auf vollen Touren ..... aber ehrlich gesagt, wäre mir intelligentes Leben lieber #ausGründen
www.mdr.de/wissen/astro...
Gibt es auf Saturnmond Enceladus außerirdisches Leben?
Ob es außer uns Menschen und den anderen Erdbewohnern da draußen im All noch mehr Leben gibt, das ist eine faszinierende und immer noch unbeantwortete Frage. Aber: Möglicherweise ist außerirdisches Le...
www.mdr.de
September 29, 2026 at 8:50 AM
Aardse micro-organismen kunnen overleven in de omstandigheden zoals die bestaan onder het ijs van Enceladus - en zonder door het ijs te boren zouden we kunnen achterhalen of er inderdaad leven is op deze Saturnusmaan. www.youtube.com/shorts/N6laU...
Finding Alien Life on Saturn’s Moon? The Ice Plumes of Enceladus #aliens #space #biology #science
YouTube video by Zeke Darwin
www.youtube.com
September 29, 2026 at 8:10 AM
erklärt ihre niedrige Masse. Würde man das Eis darin zu einem Schneeball zusammenpressen, wäre der nur 310 Kilometer groß, deutlich kleiner etwa als der Eismond Enceladus (500 km).
September 29, 2026 at 8:00 AM
Microbes Could Survive On Saturn's Moon Enceladus
New research suggests Enceladus may be an especially promising place to search for extraterrestrial life: microbes similar to those found near Earth's hydrothermal vents survived in lab conditions designed to mimic the Saturnian moon's subsurface ocean. A separate study also found that material blasted from Enceladus' plumes may naturally separate and concentrate salts, organics and potential biosignatures into individual ice grains, potentially making them easier for future spacecraft to detect. "That is great news in the search for life," Frank Postberg, lead author of one and co-author of the other of these new studies and professor at Freie Universitat Berlin, said in a statement. "Future spacecraft will have to analyze many individual ice particles in the plume. But if they come across one with microbial material in it, they could identify biosignatures in the particle relatively easy with already available technology." Space.com reports: Enceladus isn't the only place in our solar system with water -- so, why is it so exciting in the search for life? Well, it has to do with the seafloor of its extensive, liquid ocean. Down deep at the bottom of this body of water, scientists think hydrothermal processes, or movement or reactions with hot water under the surface, are taking place. The plumes shooting upward from the ocean also contain trace amounts of salts and organic compounds. NASA's Cassini spacecraft found these traces when it flew through the plumes over a decade ago. Between the hydrothermal activity and the organics and minerals in the water, this moon's ocean has a number of aspects that could be involved in supporting life. What's more, using a combination of Cassini data, theoretical models and laboratory experimentation, in Postberg's new study the team found that the plume's water droplets blasting out into space at up to 621 miles per hour (1,000 kilometers per hour) don't freeze as quickly as expected. Before, scientists thought the freeze would happen instantaneously once the droplets reached space, but Postberg and fellow researchers say they found the freezing would actually happen much slower. They also found that during this freezing process, the salt, organic compounds (and maybe possible signs of life) in the water droplets separate from one another. Not only that, but the team says that as the particles are blasted out into space, they should often collide with the icy cracks of the planet's surface. This ultimately would leave behind tiny shards of frozen droplets with individually separated out components. Essentially, it's like the planet has organized its oceanic ingredients into tiny, frozen particle fragments. This work is described in two new studies published in the journal Science Advances here and here. Read more of this story at Slashdot.
science.slashdot.org
September 29, 2026 at 7:14 AM
📰 **Microbes Could Survive On Saturn's Moon Enceladus**

New research suggests Enceladus may be an especially promising place to search for extraterrestrial life: microbes similar to those found near Earth's hydrothermal vents survived in lab conditions ...

📰 Source: Slashdot
🔗 Link […]
Original post on igeek.gamer-geek-news.com
igeek.gamer-geek-news.com
September 29, 2026 at 7:07 AM
Microbes Could Survive On Saturn's Moon Enceladus
New research suggests Enceladus may be an especially promising place to search for extraterrestrial life: microbes similar to those found near Earth's hydrothermal vents survived in lab conditions designed to mimic the Saturnian moon's subsurface ocean. A separate study also found that material blasted from Enceladus' plumes may naturally separate and concentrate salts, organics and potential biosignatures into individual ice grains, potentially making them easier for future spacecraft to detect. "That is great news in the search for life," Frank Postberg, lead author of one and co-author of the other of these new studies and professor at Freie Universitat Berlin, said in a statement. "Future spacecraft will have to analyze many individual ice particles in the plume. But if they come across one with microbial material in it, they could identify biosignatures in the particle relatively easy with already available technology." Space.com reports: Enceladus isn't the only place in our solar system with water -- so, why is it so exciting in the search for life? Well, it has to do with the seafloor of its extensive, liquid ocean. Down deep at the bottom of this body of water, scientists think hydrothermal processes, or movement or reactions with hot water under the surface, are taking place. The plumes shooting upward from the ocean also contain trace amounts of salts and organic compounds. NASA's Cassini spacecraft found these traces when it flew through the plumes over a decade ago. Between the hydrothermal activity and the organics and minerals in the water, this moon's ocean has a number of aspects that could be involved in supporting life. What's more, using a combination of Cassini data, theoretical models and laboratory experimentation, in Postberg's new study the team found that the plume's water droplets blasting out into space at up to 621 miles per hour (1,000 kilometers per hour) don't freeze as quickly as expected. Before, scientists thought the freeze would happen instantaneously once the droplets reached space, but Postberg and fellow researchers say they found the freezing would actually happen much slower. They also found that during this freezing process, the salt, organic compounds (and maybe possible signs of life) in the water droplets separate from one another. Not only that, but the team says that as the particles are blasted out into space, they should often collide with the icy cracks of the planet's surface. This ultimately would leave behind tiny shards of frozen droplets with individually separated out components. Essentially, it's like the planet has organized its oceanic ingredients into tiny, frozen particle fragments. This work is described in two new studies published in the journal Science Advances here and here. Read more of this story at Slashdot.
science.slashdot.org
September 29, 2026 at 7:01 AM
Bedingungen für Leben auf Saturn-Mond Enceladus günstiger als angenommen 🤔 www.derstandard.at/story/300000...
Bedingungen für Leben auf Saturn-Mond Enceladus günstiger als angenommen
Ur-Bakterien, die auf der Erde in der Tiefsee leben, könnten den harschen Umständen im Ozean unter der Eiskruste des Mondes trotzen, zeigen Laborexperimente
www.derstandard.at
September 29, 2026 at 6:11 AM