#natureastronomy — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #natureastronomy, aggregated by home.social.
-
RE: https://mastodon.uno/@Umbertogaetani/117077488353005365
🌖🌊 Interesting new #NatureAstronomy paper on #Europa’s #subsurface #ocean:
Ojha, Barik & Buffo argue that direct liquid-water transport from Europa’s deep ocean into shallow subsurface reservoirs may be much more limited than often assumed.
🌍 https://doi.org/10.1038/s41550-026-02918-2
Thanks @Umbertogaetani for sharing ✌️
-
RE: https://mastodon.uno/@Umbertogaetani/117077488353005365
🌖🌊 Interesting new #NatureAstronomy paper on #Europa’s #subsurface #ocean:
Ojha, Barik & Buffo argue that direct liquid-water transport from Europa’s deep ocean into shallow subsurface reservoirs may be much more limited than often assumed.
🌍 https://doi.org/10.1038/s41550-026-02918-2
Thanks @Umbertogaetani for sharing ✌️
-
RE: https://mastodon.uno/@Umbertogaetani/117077488353005365
🌖🌊 Interesting new #NatureAstronomy paper on #Europa’s #subsurface #ocean:
Ojha, Barik & Buffo argue that direct liquid-water transport from Europa’s deep ocean into shallow subsurface reservoirs may be much more limited than often assumed.
🌍 https://doi.org/10.1038/s41550-026-02918-2
Thanks @Umbertogaetani for sharing ✌️
-
RE: https://mastodon.uno/@Umbertogaetani/117077488353005365
🌖🌊 Interesting new #NatureAstronomy paper on #Europa’s #subsurface #ocean:
Ojha, Barik & Buffo argue that direct liquid-water transport from Europa’s deep ocean into shallow subsurface reservoirs may be much more limited than often assumed.
🌍 https://doi.org/10.1038/s41550-026-02918-2
Thanks @Umbertogaetani for sharing ✌️
-
https://www.europesays.com/it/601381/ Uno scatto, un oscuramento di una frazione di secondo. Pubblicato su “Nature” lo studio dell’Osservatorio astronomico sul satellite di Giove Callicore #astronomia #callicore #IT #Italia #Italy #nature #NatureAstronomy #OsservatorioAstronomicoVda #RicercaScientifica #Science #ScienceAndTechnology #ScienceAndTechnology #Scienza #ScienzaETecnologia #ScienzaEtecnologia #Technology #Tecnologia
-
https://www.europesays.com/uk/1094333/ Nature study identifies a new way to spot nuclear weapons in orbit #NatureAstronomy #NuclearWeapons #Research #Science #SN #Space #UK #UnitedKingdom
-
https://www.europesays.com/ie/589946/ Nature study identifies a new way to spot nuclear weapons in orbit #Éire #IE #Ireland #NatureAstronomy #NuclearWeapons #Research #Science #SN #Space
-
Nature study identifies a new way to spot nuclear weapons in orbit
NEW YORK — A study published last week in Nature Astronomy has proposed a new satellite design and…
#NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Space #NatureAstronomy #Nuclearweapons #Research #Science #SN
https://www.newsbeep.com/us/767568/ -
Nature study identifies a new way to spot nuclear weapons in orbit
-
Nature study identifies a new way to spot nuclear weapons in orbit
-
Nature study identifies a new way to spot nuclear weapons in orbit
-
Nature study identifies a new way to spot nuclear weapons in orbit
-
https://www.europesays.com/at/274234/ Süße Überraschung – Forscher entdecken Zucker in der Milchstraße – Kronen Zeitung #AT #Austria #CBS #ErikaHamden #Ethylenglykol #IzaskunJiménezSerra #japanische #JiménezSerra #JiménezSerraDie #MadridDie #NatureAstronomy #Österreich #Science #Science&Technology #SPANIEN #Technik #Technology #Wissenschaft #Wissenschaft&Technik #YoshihiroFurukawa
-
Espaço fica “mais doce”: Açúcar de framboesa é detectado fora do Sistema Solar em descoberta inédita
-
Um estudo do Center for Astrophysics, da Universidade Harvard e Smithsonian, revela por que algumas erupções solares não se tornam ejeções de massa coronal. A pesquisa, publicada na revista Nature Astronomy, fornece novos insights sobre os mecanismos envolvidos nessas falhas.
-
Übersehen wir Leben im All, weil wir nach falschen Signalen suchen? 👽🔭
🚀 Eine neue #NatureAstronomy -Studie untersucht „False Negatives“, also Fälle, in denen es Hinweise auf außerirdisches Leben geben könnte, die jedoch unerkannt bleiben.
Die Studie plädiert für neue, breitere Ansätze: von Laborforschung über Modellierung bis zu KI-gestützter Mustererkennung.
✨ Mit dabei: Forschende der #FUBerlin mit wichtigen Beiträgen zu neuen astrobiologischen Suchansätzen.
-
Übersehen wir Leben im All, weil wir nach falschen Signalen suchen? 👽🔭
🚀 Eine neue #NatureAstronomy -Studie untersucht „False Negatives“, also Fälle, in denen es Hinweise auf außerirdisches Leben geben könnte, die jedoch unerkannt bleiben.
Die Studie plädiert für neue, breitere Ansätze: von Laborforschung über Modellierung bis zu KI-gestützter Mustererkennung.
✨ Mit dabei: Forschende der #FUBerlin mit wichtigen Beiträgen zu neuen astrobiologischen Suchansätzen.
-
Übersehen wir Leben im All, weil wir nach falschen Signalen suchen? 👽🔭
🚀 Eine neue #NatureAstronomy -Studie untersucht „False Negatives“, also Fälle, in denen es Hinweise auf außerirdisches Leben geben könnte, die jedoch unerkannt bleiben.
Die Studie plädiert für neue, breitere Ansätze: von Laborforschung über Modellierung bis zu KI-gestützter Mustererkennung.
✨ Mit dabei: Forschende der #FUBerlin mit wichtigen Beiträgen zu neuen astrobiologischen Suchansätzen.
-
Übersehen wir Leben im All, weil wir nach falschen Signalen suchen? 👽🔭
🚀 Eine neue #NatureAstronomy -Studie untersucht „False Negatives“, also Fälle, in denen es Hinweise auf außerirdisches Leben geben könnte, die jedoch unerkannt bleiben.
Die Studie plädiert für neue, breitere Ansätze: von Laborforschung über Modellierung bis zu KI-gestützter Mustererkennung.
✨ Mit dabei: Forschende der #FUBerlin mit wichtigen Beiträgen zu neuen astrobiologischen Suchansätzen.
-
https://www.europesays.com/ie/476127/ James Webb telescope shows hellish, airless exoplanet 49 light-years away #Éire #IE #Ireland #JamesWebbSpaceTelescope #LHS3844B #MaxPlanckInstituteForAstronomy #MercuryLikeSurface #NatureAstronomy #RedDwarf #Science #Space
-
Astrônomos japoneses descobriram uma atmosfera fina em 2002 XV93, um objeto transnetuniano no Cinturão de Kuiper. A pesquisa, publicada na revista Nature Astronomy, traz novas questões sobre a formação e estabilidade atmosférica em pequenos corpos celestes.
🔗 https://omniletters.com/atmosfera-2002-xv93/
#astronomia #cinturaodekuiper #objetostransnetunianos #pesquisasciendificas #natureastronomy
-
Um estudo da Universidade de Estocolmo, publicado na Nature Astronomy, analisa como aglomerados estelares influenciam a dinâmica das galáxias. Usando dados dos telescópios James Webb e Hubble, a pesquisa investiga a interação entre radiação estelar e gás molecular.
🔗 https://omniletters.com/estudo-aglomerados-estelares-galaxias/
-
A dead galaxy from the early universe is forcing astronomers to rethink galactic evolution
Space tends to reward expectations. Young galaxies should spin. Gas falls in, gravity takes hold, angular momentum builds,…
#NewsBeep #News #Physics #BenForrest #EarlyUniverse #GalaxyFormation #jameswebbspacetelescope #jwst #massivequiescentgalaxy #NatureAstronomy #research #Science #slowrotatorgalaxy #SpaceNews #stellarkinematics #UK #UnitedKingdom #XMM-VID1-2075
https://www.newsbeep.com/uk/570047/ -
A dead galaxy from the early universe is forcing astronomers to rethink galactic evolution
Space tends to reward expectations. Young galaxies should spin. Gas falls in, gravity takes hold, ang…
#NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Physics #BenForrest #earlyuniverse #GalaxyFormation #JamesWebbSpaceTelescope #jwst #massivequiescentgalaxy #NatureAstronomy #Research #Science #slowrotatorgalaxy #SpaceNews #stellarkinematics #XMM-VID1-2075
https://www.newsbeep.com/us/627735/ -
https://www.europesays.com/ie/471834/ A dead galaxy from the early universe is forcing astronomers to rethink galactic evolution #BenForrest #EarlyUniverse #Éire #GalaxyFormation #IE #Ireland #JamesWebbSpaceTelescope #jwst #MassiveQuiescentGalaxy #NatureAstronomy #Physics #Research #Science #SlowRotatorGalaxy #SpaceNews #StellarKinematics #XMMVID12075
-
#Solar #prominences are huge, cool and dense structures suspended in the #corona. Some are also extremely long-lived: They are stable for weeks relying on constant replenishing of fresh material. A study published today in #NatureAstronomy explores their “supply logistics”: https://www.nature.com/articles/s41550-026-02840-7
More: information: https://www.mps.mpg.de/solar-prominences-supply-mechanisms-in-the-sun-s-corona ☀️🔭
#Sun #spaceweatherImage credits: Sun: NASA/SDO/GSFC Visualization Studio/Virtual Solar Observatory; white frames: MPS
-
#Solar #prominences are huge, cool and dense structures suspended in the #corona. Some are also extremely long-lived: They are stable for weeks relying on constant replenishing of fresh material. A study published today in #NatureAstronomy explores their “supply logistics”: https://www.nature.com/articles/s41550-026-02840-7
More: information: https://www.mps.mpg.de/solar-prominences-supply-mechanisms-in-the-sun-s-corona ☀️🔭
#Sun #spaceweatherImage credits: Sun: NASA/SDO/GSFC Visualization Studio/Virtual Solar Observatory; white frames: MPS
-
#Solar #prominences are huge, cool and dense structures suspended in the #corona. Some are also extremely long-lived: They are stable for weeks relying on constant replenishing of fresh material. A study published today in #NatureAstronomy explores their “supply logistics”: https://www.nature.com/articles/s41550-026-02840-7
More: information: https://www.mps.mpg.de/solar-prominences-supply-mechanisms-in-the-sun-s-corona ☀️🔭
#Sun #spaceweatherImage credits: Sun: NASA/SDO/GSFC Visualization Studio/Virtual Solar Observatory; white frames: MPS
-
#Solar #prominences are huge, cool and dense structures suspended in the #corona. Some are also extremely long-lived: They are stable for weeks relying on constant replenishing of fresh material. A study published today in #NatureAstronomy explores their “supply logistics”: https://www.nature.com/articles/s41550-026-02840-7
More: information: https://www.mps.mpg.de/solar-prominences-supply-mechanisms-in-the-sun-s-corona ☀️🔭
#Sun #spaceweatherImage credits: Sun: NASA/SDO/GSFC Visualization Studio/Virtual Solar Observatory; white frames: MPS
-
https://www.europesays.com/ie/439128/ Mind-blowing power and speed of black hole jets measured for the first time #Australia #BlackHole #CygnusX1 #Éire #Galaxies #IE #Ireland #MilkyWay #NatureAstronomy #Science #Space #StevePrabu #UniversityOfOxford
-
Fugaku pone en duda que estrellas tipo solar inviertan su rotación al envejecer: el magnetismo estabiliza la rotación diferencial y el ecuador seguirá más rápido que los polos. https://aidoo.news/noticia/Wz2k4W
#EvoluciónEstelar #Magnetismo #Supercomputación #Fugaku #NatureAstronomy
-
Hallan en el espacio interestelar la mayor molécula orgánica con azufre: un anillo de 13 átomos en una nube cerca del centro de la Vía Láctea, clave para entender la química previa a planetas. https://aidoo.news/noticia/rqVYn6
-
https://www.europesays.com/fr/702456/ la carte la plus précise jamais réalisée éclaire l’architecture cachée de l’Univers #arts #ArtsAndDesign #ArtsEtDesign #Astrophysique #cosmologie #Design #Divertissement #Entertainment #FR #France #galaxies #gravitation #MatièreNoire #NASA #NatureAstronomy #TélescopeJamesWebb #ToileCosmique #Univers
-
Chileno lidera publicación que engloba la suma del todo el conocimiento acumulado sobre el comienzo del universo | vía #UChileRadio
#agujerosnegros #alma #astronomíachilena #galaxias #jameswebb #natureastronomy #rodrigoherreracamus #universotemprano
-
Chileno lidera publicación que engloba la suma del todo el conocimiento acumulado sobre el comienzo del universo | vía #UChileRadio
#agujerosnegros #alma #astronomíachilena #galaxias #jameswebb #natureastronomy #rodrigoherreracamus #universotemprano
-
https://www.europesays.com/uk/561584/ This black hole released energy equivalent to 10,000 billion suns #accretion #Astronomy #Astrophysics #Benchmarks #BlackHole #Cosmology #discovery #Earth #Energy #Galaxy #GraphicsCard #J2245+3743 #laptop #luminosity #NatureAstronomy #netbook #notebook #palomar #Physics #processor #Quasar #reports #Review #Reviews #Science #Space #Star #sun #supermassive #test #tests #trillion #UK #UnitedKingdom #ZwickyTransientFacility
-
This black hole released energy equivalent to 10,000 billion suns
Black holes are certainly o…
#NewsBeep #News #Physics #accretion #Astronomy #Astrophysics #AU #Australia #benchmarks #Blackhole #Cosmology #discovery #Earth #Energy #galaxy #graphicscard #J2245+3743 #laptop #luminosity #NatureAstronomy #netbook #notebook #palomar #processor #Quasar #reports #review #reviews #Science #Space #star #Sun #supermassive #test #tests #trillion #ZwickyTransientFacility
https://www.newsbeep.com/au/268114/ -
https://www.europesays.com/ie/167275/ This black hole released energy equivalent to 10,000 billion suns #Accretion #Astronomy #astrophysics #benchmarks #BlackHole #cosmology #Discovery #Earth #Éire #Energy #Galaxy #GraphicsCard #IE #Ireland #J2245+3743 #laptop #luminosity #NatureAstronomy #netbook #notebook #palomar #Physics #processor #Quasar #reports #Review #Reviews #Science #Space #star #Sun #supermassive #test #tests #Trillion #ZwickyTransientFacility
-
This black hole released energy equivalent to 10,000 billion suns
Black holes are certain…
#NewsBeep #News #Physics #accretion #astronomy #Astrophysics #benchmarks #BlackHole #Cosmology #Discovery #Earth #Energy #galaxy #graphicscard #J2245+3743 #laptop #luminosity #NatureAstronomy #netbook #notebook #palomar #processor #Quasar #reports #review #Reviews #Science #Space #star #Sun #supermassive #test #tests #trillion #UK #UnitedKingdom #ZwickyTransientFacility
https://www.newsbeep.com/uk/248591/ -
Beautiful new Nature Astronomy cover featuring the Chandra X-ray Observatory
Image: NASA/CXC/SAO/M.Weiss, K.DiVona. Cover design: Bethany Vukomanovic
-
Beautiful new Nature Astronomy cover featuring the Chandra X-ray Observatory
Image: NASA/CXC/SAO/M.Weiss, K.DiVona. Cover design: Bethany Vukomanovic
-
Beautiful new Nature Astronomy cover featuring the Chandra X-ray Observatory
Image: NASA/CXC/SAO/M.Weiss, K.DiVona. Cover design: Bethany Vukomanovic
-
Beautiful new Nature Astronomy cover featuring the Chandra X-ray Observatory
Image: NASA/CXC/SAO/M.Weiss, K.DiVona. Cover design: Bethany Vukomanovic
-
Scoperta una possibile “clump” di materia oscura: la più piccola mai osservata
-
#NatureAstronomy Insights from early life in the 3.45-Ga Kitty’s Gap Chert for the search for elusive life in the Universe https://www.nature.com/articles/s41550-025-02661-0 "Most common forms of extraterrestrial life on a rocky planet will be similar to terrestrial chemotrophic organisms which are notoriously difficult to detect and identify. An extraterrestrial observer could probably have detected any biosignature for Earth only in the last 800 Myr, even though Earth has probably been inhabited since the Hadean (4.56–4.0 Ga)."
-
#NatureAstronomy Insights from early life in the 3.45-Ga Kitty’s Gap Chert for the search for elusive life in the Universe https://www.nature.com/articles/s41550-025-02661-0 "Most common forms of extraterrestrial life on a rocky planet will be similar to terrestrial chemotrophic organisms which are notoriously difficult to detect and identify. An extraterrestrial observer could probably have detected any biosignature for Earth only in the last 800 Myr, even though Earth has probably been inhabited since the Hadean (4.56–4.0 Ga)."
-
#NatureAstronomy Insights from early life in the 3.45-Ga Kitty’s Gap Chert for the search for elusive life in the Universe https://www.nature.com/articles/s41550-025-02661-0 "Most common forms of extraterrestrial life on a rocky planet will be similar to terrestrial chemotrophic organisms which are notoriously difficult to detect and identify. An extraterrestrial observer could probably have detected any biosignature for Earth only in the last 800 Myr, even though Earth has probably been inhabited since the Hadean (4.56–4.0 Ga)."
-
#NatureAstronomy Insights from early life in the 3.45-Ga Kitty’s Gap Chert for the search for elusive life in the Universe https://www.nature.com/articles/s41550-025-02661-0 "Most common forms of extraterrestrial life on a rocky planet will be similar to terrestrial chemotrophic organisms which are notoriously difficult to detect and identify. An extraterrestrial observer could probably have detected any biosignature for Earth only in the last 800 Myr, even though Earth has probably been inhabited since the Hadean (4.56–4.0 Ga)."
-
#NatureAstronomy Lunar surface and subsurface water revealed by Chang’e-6 https://www.nature.com/articles/s41550-025-02668-7 "The average water content of the exposed fine regolith of the shallow subsurface is ~76 ppm, which is lower than the surface abundance of ~105 ppm measured at the surface. The Chang’e-6 landing site also contains on average twice the water content than the Chang’e-5 one. Temporal variations of water content are observed at identical locations but different local times, exhibiting a minimum at local noon."
-
#NatureAstronomy Lunar surface and subsurface water revealed by Chang’e-6 https://www.nature.com/articles/s41550-025-02668-7 "The average water content of the exposed fine regolith of the shallow subsurface is ~76 ppm, which is lower than the surface abundance of ~105 ppm measured at the surface. The Chang’e-6 landing site also contains on average twice the water content than the Chang’e-5 one. Temporal variations of water content are observed at identical locations but different local times, exhibiting a minimum at local noon."
-
#NatureAstronomy Lunar surface and subsurface water revealed by Chang’e-6 https://www.nature.com/articles/s41550-025-02668-7 "The average water content of the exposed fine regolith of the shallow subsurface is ~76 ppm, which is lower than the surface abundance of ~105 ppm measured at the surface. The Chang’e-6 landing site also contains on average twice the water content than the Chang’e-5 one. Temporal variations of water content are observed at identical locations but different local times, exhibiting a minimum at local noon."
-
#NatureAstronomy Lunar surface and subsurface water revealed by Chang’e-6 https://www.nature.com/articles/s41550-025-02668-7 "The average water content of the exposed fine regolith of the shallow subsurface is ~76 ppm, which is lower than the surface abundance of ~105 ppm measured at the surface. The Chang’e-6 landing site also contains on average twice the water content than the Chang’e-5 one. Temporal variations of water content are observed at identical locations but different local times, exhibiting a minimum at local noon."
-
Beautiful new cover at Nature Astronomy's
Concentric shells of highly ionized calcium and sulfur in the ejecta of a type Ia supernova provide evidence of the double-detonation scenario for exploding sub-Chandrasekhar-mass white dwarfs.
Image: Priyam Das, University of New South Wales. Cover design: Bethany Vukomanovic
https://www.nature.com/natastron/volumes/9/issues/9
#Astrophysics #Supernova #WhiteDwarf #Nature #Astronomy #NatureAstronomy #Astrodon #calcium #sulfur
-
Beautiful new cover at Nature Astronomy's
Concentric shells of highly ionized calcium and sulfur in the ejecta of a type Ia supernova provide evidence of the double-detonation scenario for exploding sub-Chandrasekhar-mass white dwarfs.
Image: Priyam Das, University of New South Wales. Cover design: Bethany Vukomanovic
https://www.nature.com/natastron/volumes/9/issues/9
#Astrophysics #Supernova #WhiteDwarf #Nature #Astronomy #NatureAstronomy #Astrodon #calcium #sulfur
-
Beautiful new cover at Nature Astronomy's
Concentric shells of highly ionized calcium and sulfur in the ejecta of a type Ia supernova provide evidence of the double-detonation scenario for exploding sub-Chandrasekhar-mass white dwarfs.
Image: Priyam Das, University of New South Wales. Cover design: Bethany Vukomanovic
https://www.nature.com/natastron/volumes/9/issues/9
#Astrophysics #Supernova #WhiteDwarf #Nature #Astronomy #NatureAstronomy #Astrodon #calcium #sulfur
-
Beautiful new cover at Nature Astronomy's
Concentric shells of highly ionized calcium and sulfur in the ejecta of a type Ia supernova provide evidence of the double-detonation scenario for exploding sub-Chandrasekhar-mass white dwarfs.
Image: Priyam Das, University of New South Wales. Cover design: Bethany Vukomanovic
https://www.nature.com/natastron/volumes/9/issues/9
#Astrophysics #Supernova #WhiteDwarf #Nature #Astronomy #NatureAstronomy #Astrodon #calcium #sulfur
-
What are the three things to secure funding for astrophysics? 1️⃣ Ambition 2️⃣ Accountability 3️⃣ A certain type of readiness That's what Thomas H. Zurbuchen argues in his article for #NatureAstronomy. Read the article here: www.nature.com/articles/s41...
Future astrophysics funding re... -
1/ 🔭 Massereiche Sterne haben oft einen Partner – sogar im jungen #Universum
Eine neue Studie unter Leitung von Hugues Sana (KU Leuven), mit Beteiligung von Jaime Villaseñor (#MPIA), zeigt: Die meisten massereichen Sterne in der Kleinen Magellanschen Wolke #SMC besitzen einen engen Begleitstern.
#Astronomy #MassiveStars #BinaryStars #NatureAstronomy #MPIA
🔗 Mehr dazu in der Pressemitteilung der KU Leuven
https://fys.kuleuven.be/ster/news/2025/massive-star-in-metal-poor-environment-often-have-close-partner -
1/ 🔭 Massereiche Sterne haben oft einen Partner – sogar im jungen #Universum
Eine neue Studie unter Leitung von Hugues Sana (KU Leuven), mit Beteiligung von Jaime Villaseñor (#MPIA), zeigt: Die meisten massereichen Sterne in der Kleinen Magellanschen Wolke #SMC besitzen einen engen Begleitstern.
#Astronomy #MassiveStars #BinaryStars #NatureAstronomy #MPIA
🔗 Mehr dazu in der Pressemitteilung der KU Leuven
https://fys.kuleuven.be/ster/news/2025/massive-star-in-metal-poor-environment-often-have-close-partner -
1/ 🔭 Massereiche Sterne haben oft einen Partner – sogar im jungen #Universum
Eine neue Studie unter Leitung von Hugues Sana (KU Leuven), mit Beteiligung von Jaime Villaseñor (#MPIA), zeigt: Die meisten massereichen Sterne in der Kleinen Magellanschen Wolke #SMC besitzen einen engen Begleitstern.
#Astronomy #MassiveStars #BinaryStars #NatureAstronomy #MPIA
🔗 Mehr dazu in der Pressemitteilung der KU Leuven
https://fys.kuleuven.be/ster/news/2025/massive-star-in-metal-poor-environment-often-have-close-partner