#cosmochemistry — Public Fediverse posts

https://www.europesays.com/ie/633482/ Editorial: Celebrating a chemical renaissance in space #Astrochemistry #chemistry #cosmochemistry #Éire #IE #Ireland #physical #Science #Space #travel

Recent laboratory experiments and chemical modeling of iron meteorite crystallization reveal that the earliest planetary bodies (planetesimals) possessed distinct nitrogen and phosphorus ratios, reshaping our understanding of how life-essential elements were distributed in the young solar system.
#PlanetaryScience #Cosmochemistry #Astrophysics #EarthSystemsScience #sflorg
https://www.sflorg.com/2026/06/ps06042601.html

Recent laboratory experiments and chemical modeling of iron meteorite crystallization reveal that the earliest planetary bodies (planetesimals) possessed distinct nitrogen and phosphorus ratios, reshaping our understanding of how life-essential elements were distributed in the young solar system.
#PlanetaryScience #Cosmochemistry #Astrophysics #EarthSystemsScience #sflorg
https://www.sflorg.com/2026/06/ps06042601.html

Recent laboratory experiments and chemical modeling of iron meteorite crystallization reveal that the earliest planetary bodies (planetesimals) possessed distinct nitrogen and phosphorus ratios, reshaping our understanding of how life-essential elements were distributed in the young solar system.
#PlanetaryScience #Cosmochemistry #Astrophysics #EarthSystemsScience #sflorg
https://www.sflorg.com/2026/06/ps06042601.html

Recent laboratory experiments and chemical modeling of iron meteorite crystallization reveal that the earliest planetary bodies (planetesimals) possessed distinct nitrogen and phosphorus ratios, reshaping our understanding of how life-essential elements were distributed in the young solar system.
#PlanetaryScience #Cosmochemistry #Astrophysics #EarthSystemsScience #sflorg
https://www.sflorg.com/2026/06/ps06042601.html

Recent laboratory experiments and chemical modeling of iron meteorite crystallization reveal that the earliest planetary bodies (planetesimals) possessed distinct nitrogen and phosphorus ratios, reshaping our understanding of how life-essential elements were distributed in the young solar system.
#PlanetaryScience #Cosmochemistry #Astrophysics #EarthSystemsScience #sflorg
https://www.sflorg.com/2026/06/ps06042601.html

Planetary scientists reveal where Earth’s water and building blocks came from

For years, planetary scientists have argued that some of the material that built Earth must have drifted in…
#NewsBeep #News #Science #AU #Australia #cosmochemistry #Earthformation #ETHZurich #isotopicanalysis #Jupiter #Meteorites #planetaryhabitability #PlanetaryScience #research #SolarSystem #SpaceNews #volatileelements
https://www.newsbeep.com/au/582572/

Planetary scientists reveal where Earth’s water and building blocks came from

For years, planetary scientists have argued that some of the material that built Earth must have drifted in…
#NewsBeep #News #Science #AU #Australia #cosmochemistry #Earthformation #ETHZurich #isotopicanalysis #Jupiter #Meteorites #planetaryhabitability #PlanetaryScience #research #SolarSystem #SpaceNews #volatileelements
https://www.newsbeep.com/au/582572/

A bright #fireball crossed the evening sky over north-western Europe on Sunday and was widely observed across Belgium, France, Luxembourg, the Netherlands, and Germany. The object was detected by the #AllSky7 network, a system of automated sky cameras used to track #meteors and recover #meteorites. Using multiple recordings, researchers reconstructed the #trajectory of the incoming #meteoroid.
The object was first detected at an altitude of about 85 km, where atmospheric entry produced intense heating and light emission. During its approximately six-second passage, several flashes occurred as the body fragmented. Each fragmentation event likely produced between 10 and 100 #meteorites, meaning the original body broke into many pieces during #atmosphericEntry.
Based on brightness and duration, astronomers estimate the original #meteoroid had a diameter of roughly 1–3 meters. Objects of this size impact Earth relatively frequently, approximately once every two weeks, although most fall into oceans or sparsely populated regions.
Fragments slowed rapidly due to #atmosphericDrag, reducing their velocity from initial ~61,000 km/h in space to roughly ≤700 km/h before reaching the ground. Despite this deceleration, surviving #meteorites can still cause structural damage.
In this case, at least one fragment struck a house in Koblenz (Germany), penetrating the roof and landing inside a bedroom that was fortunately unoccupied. No injuries were reported. The unusual aspect of the event is therefore the impact occurring in a populated urban area, whereas most meteorite falls occur unnoticed in remote regions.
The calculated fall zone is now being searched by meteorite hunters and scientists, as recovered fragments may provide #cosmochemistry evidence about the early #SolarSystem and the composition of #asteroids.

https://www.nytimes.com/es/2026/03/10/espanol/ciencia-y-tecnologia/meteorito-alemania.html?smid=whatsapp-nytes

https://www.europesays.com/ie/168322/ Distant planets might form their own water #AnalyticalChemistry #Astrochemistry #cosmochemistry #Éire #Exoplanet #Geochemistry #IE #Ireland #Neptune #Science #SubNeptune #Water #worlds

Are you an academic teacher or a researcher in solar system science or a related field interested in pointing your students to exciting PhD opportunities with us? Would you like to receive our Calls for applications (between one to four times per year) and notifications about new PhD project openings by e-mail so you can forward them to your students? Or are you a student who would like to receive such notifications?

Then we invite you to sign up to our mailing list at

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Or follow the RSS feed by adding .rss to the url at

https://www.mps.mpg.de/newsroom/Open%20PhD%20Project/en

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@www.mps.mpg.de.newsroom.open.20phd.20project.en.rss

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@maxplanckgesellschaft @unigoettingen @tubraunschweig

#imprs #mpsgoettingen #unigoettingen #tubraunschweig #phd #astrodon #solarsystem #cosmochemistry #solarphysics #space #jobs

Are you an academic teacher or a researcher in solar system science or a related field interested in pointing your students to exciting PhD opportunities with us? Would you like to receive our Calls for applications (between one to four times per year) and notifications about new PhD project openings by e-mail so you can forward them to your students? Or are you a student who would like to receive such notifications?

Then we invite you to sign up to our mailing list at

https://listserv.gwdg.de/mailman/listinfo/imprs-solar-calls

Or follow the RSS feed by adding .rss to the url at

https://www.mps.mpg.de/newsroom/Open%20PhD%20Project/en

or follow

@www.mps.mpg.de.newsroom.open.20phd.20project.en.rss

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@maxplanckgesellschaft @unigoettingen @tubraunschweig

#imprs #mpsgoettingen #unigoettingen #tubraunschweig #phd #astrodon #solarsystem #cosmochemistry #solarphysics #space #jobs

Are you an academic teacher or a researcher in solar system science or a related field interested in pointing your students to exciting PhD opportunities with us? Would you like to receive our Calls for applications (between one to four times per year) and notifications about new PhD project openings by e-mail so you can forward them to your students? Or are you a student who would like to receive such notifications?

Then we invite you to sign up to our mailing list at

https://listserv.gwdg.de/mailman/listinfo/imprs-solar-calls

Or follow the RSS feed by adding .rss to the url at

https://www.mps.mpg.de/newsroom/Open%20PhD%20Project/en

or follow

@www.mps.mpg.de.newsroom.open.20phd.20project.en.rss

🔁 Feel free to boost and share via any other channels too.

@maxplanckgesellschaft @unigoettingen @tubraunschweig

#imprs #mpsgoettingen #unigoettingen #tubraunschweig #phd #astrodon #solarsystem #cosmochemistry #solarphysics #space #jobs

Are you an academic teacher or a researcher in solar system science or a related field interested in pointing your students to exciting PhD opportunities with us? Would you like to receive our Calls for applications (between one to four times per year) and notifications about new PhD project openings by e-mail so you can forward them to your students? Or are you a student who would like to receive such notifications?

Then we invite you to sign up to our mailing list at

https://listserv.gwdg.de/mailman/listinfo/imprs-solar-calls

Or follow the RSS feed by adding .rss to the url at

https://www.mps.mpg.de/newsroom/Open%20PhD%20Project/en

or follow

@www.mps.mpg.de.newsroom.open.20phd.20project.en.rss

🔁 Feel free to boost and share via any other channels too.

@maxplanckgesellschaft @unigoettingen @tubraunschweig

#imprs #mpsgoettingen #unigoettingen #tubraunschweig #phd #astrodon #solarsystem #cosmochemistry #solarphysics #space #jobs

Are you an academic teacher or a researcher in solar system science or a related field interested in pointing your students to exciting PhD opportunities with us? Would you like to receive our Calls for applications (between one to four times per year) and notifications about new PhD project openings by e-mail so you can forward them to your students? Or are you a student who would like to receive such notifications?

Then we invite you to sign up to our mailing list at

https://listserv.gwdg.de/mailman/listinfo/imprs-solar-calls

Or follow the RSS feed by adding .rss to the url at

https://www.mps.mpg.de/newsroom/Open%20PhD%20Project/en

or follow

@www.mps.mpg.de.newsroom.open.20phd.20project.en.rss

🔁 Feel free to boost and share via any other channels too.

@maxplanckgesellschaft @unigoettingen @tubraunschweig

#imprs #mpsgoettingen #unigoettingen #tubraunschweig #phd #astrodon #solarsystem #cosmochemistry #solarphysics #space #jobs

🚀 Introducing Advances in Geochemistry and Cosmochemistry! 🌍

🔗 https://doi.org/10.33063/agc.v1i1.770

#OpenAccess #Geochemistry #Cosmochemistry #DiversityInScience #Innovation #OpenScience

🚀 Introducing Advances in Geochemistry and Cosmochemistry! 🌍

🔗 https://doi.org/10.33063/agc.v1i1.770

#OpenAccess #Geochemistry #Cosmochemistry #DiversityInScience #Innovation #OpenScience

🚀 Introducing Advances in Geochemistry and Cosmochemistry! 🌍

🔗 https://doi.org/10.33063/agc.v1i1.770

#OpenAccess #Geochemistry #Cosmochemistry #DiversityInScience #Innovation #OpenScience

🚀 Introducing Advances in Geochemistry and Cosmochemistry! 🌍

🔗 https://doi.org/10.33063/agc.v1i1.770

#OpenAccess #Geochemistry #Cosmochemistry #DiversityInScience #Innovation #OpenScience

Complex Organic Molecules of NGC 1333 IRAS 2A Protostar (MIRI) ✨

#Cosmochemistry #Protostars #StarFormingRegions #Stars

⏩ 2 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=4&user=OptimusPrimeBot&ilshowall=1&offset=20240314115450

Complex Organic Molecules of NGC 1333 IRAS 2A Protostar (MIRI) ✨

#Cosmochemistry #Protostars #StarFormingRegions #Stars

⏩ 2 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=4&user=OptimusPrimeBot&ilshowall=1&offset=20240314115450

Complex Organic Molecules of NGC 1333 IRAS 2A Protostar (MIRI) ✨

#Cosmochemistry #Protostars #StarFormingRegions #Stars

⏩ 2 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=4&user=OptimusPrimeBot&ilshowall=1&offset=20240314115450

🚨 News from the Kuiper Belt

SwRI scientists find evidence of geothermal processes producing methane from within icy dwarf planets Eris and Makemake

➡️ press release https://swri.org/press-release/swri-scientists-find-evidence-of-geothermal-activity-within-icy-dwarf-planets

➡️ Icarus paper https://doi.org/10.1016/j.icarus.2024.115999

#MakeMake #Eris #dwarfplanets #KuiperBelt #KBO #KuiperBeltObjects #TNO #TransNeptunianObjects #icyworlds #methane #volatiles #molecules #geochemistry #cosmochemistry #astrobiology #life #planetary #science #JWST #SolarSystem #SwRI #IcarusJournal #astronomy #astrodon

🚨 News from the Kuiper Belt

SwRI scientists find evidence of geothermal processes producing methane from within icy dwarf planets Eris and Makemake

➡️ press release https://swri.org/press-release/swri-scientists-find-evidence-of-geothermal-activity-within-icy-dwarf-planets

➡️ Icarus paper https://doi.org/10.1016/j.icarus.2024.115999

#MakeMake #Eris #dwarfplanets #KuiperBelt #KBO #KuiperBeltObjects #TNO #TransNeptunianObjects #icyworlds #methane #volatiles #molecules #geochemistry #cosmochemistry #astrobiology #life #planetary #science #JWST #SolarSystem #SwRI #IcarusJournal #astronomy #astrodon

🚨 News from the Kuiper Belt

SwRI scientists find evidence of geothermal processes producing methane from within icy dwarf planets Eris and Makemake

➡️ press release https://swri.org/press-release/swri-scientists-find-evidence-of-geothermal-activity-within-icy-dwarf-planets

➡️ Icarus paper https://doi.org/10.1016/j.icarus.2024.115999

#MakeMake #Eris #dwarfplanets #KuiperBelt #KBO #KuiperBeltObjects #TNO #TransNeptunianObjects #icyworlds #methane #volatiles #molecules #geochemistry #cosmochemistry #astrobiology #life #planetary #science #JWST #SolarSystem #SwRI #IcarusJournal #astronomy #astrodon

🚨 News from the Kuiper Belt

SwRI scientists find evidence of geothermal processes producing methane from within icy dwarf planets Eris and Makemake

➡️ press release https://swri.org/press-release/swri-scientists-find-evidence-of-geothermal-activity-within-icy-dwarf-planets

➡️ Icarus paper https://doi.org/10.1016/j.icarus.2024.115999

#MakeMake #Eris #dwarfplanets #KuiperBelt #KBO #KuiperBeltObjects #TNO #TransNeptunianObjects #icyworlds #methane #volatiles #molecules #geochemistry #cosmochemistry #astrobiology #life #planetary #science #JWST #SolarSystem #SwRI #IcarusJournal #astronomy #astrodon

🚨 News from the Kuiper Belt

SwRI scientists find evidence of geothermal processes producing methane from within icy dwarf planets Eris and Makemake

➡️ press release https://swri.org/press-release/swri-scientists-find-evidence-of-geothermal-activity-within-icy-dwarf-planets

➡️ Icarus paper https://doi.org/10.1016/j.icarus.2024.115999

#MakeMake #Eris #dwarfplanets #KuiperBelt #KBO #KuiperBeltObjects #TNO #TransNeptunianObjects #icyworlds #methane #volatiles #molecules #geochemistry #cosmochemistry #astrobiology #life #planetary #science #JWST #SolarSystem #SwRI #IcarusJournal #astronomy #astrodon

Protoplanetary Disk XUE 1 (MIRI Emission Spectrum: 13.3–15.5 microns) ✨

#Cosmochemistry #StellarDisks

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231201103132

Protoplanetary Disk XUE 1 (MIRI Emission Spectrum: 13.3–15.5 microns) ✨

#Cosmochemistry #StellarDisks

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231201103132

Protoplanetary Disk XUE 1 (MIRI Emission Spectrum: 13.3–15.5 microns) ✨

#Cosmochemistry #StellarDisks

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231201103132

Kilonova and Host Galaxy Compass Image ✨

#Cosmochemistry #GammaRayBursts #NeutronStars #Stars

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231026103123

Kilonova and Host Galaxy Compass Image ✨

#Cosmochemistry #GammaRayBursts #NeutronStars #Stars

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231026103123

Kilonova and Host Galaxy Compass Image ✨

#Cosmochemistry #GammaRayBursts #NeutronStars #Stars

⏩ 3 new pictures from Webb (NASA) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=3&user=OptimusPrimeBot&ilshowall=1&offset=20231026103123

#Venus doesn't have much (if any) #calcite, no limestone, and little if any other carbonates.

Those carbonates instead are CO2 in Venus' atmosphere -over 90 times our atmospheric pressure. This gives Venus a surface temperature of 475°C.

Poor Venus.

Calcite for a habitable planet!

#MinCup23 #SolarSystem #CosmoChemistry

#Venus doesn't have much (if any) #calcite, no limestone, and little if any other carbonates.

Those carbonates instead are CO2 in Venus' atmosphere -over 90 times our atmospheric pressure. This gives Venus a surface temperature of 475°C.

Poor Venus.

Calcite for a habitable planet!

#MinCup23 #SolarSystem #CosmoChemistry

#Venus doesn't have much (if any) #calcite, no limestone, and little if any other carbonates.

Those carbonates instead are CO2 in Venus' atmosphere -over 90 times our atmospheric pressure. This gives Venus a surface temperature of 475°C.

Poor Venus.

Calcite for a habitable planet!

#MinCup23 #SolarSystem #CosmoChemistry

#Venus doesn't have much (if any) #calcite, no limestone, and little if any other carbonates.

Those carbonates instead are CO2 in Venus' atmosphere -over 90 times our atmospheric pressure. This gives Venus a surface temperature of 475°C.

Poor Venus.

Calcite for a habitable planet!

#MinCup23 #SolarSystem #CosmoChemistry

#Venus doesn't have much (if any) #calcite, no limestone, and little if any other carbonates.

Those carbonates instead are CO2 in Venus' atmosphere -over 90 times our atmospheric pressure. This gives Venus a surface temperature of 475°C.

Poor Venus.

Calcite for a habitable planet!

#MinCup23 #SolarSystem #CosmoChemistry

Some #corundum on Earth is older than our solar-system; these pre-solar grains are found in some chondritic meteorites. Oxygen isotopes reveal that they formed in the puffed-off atmospheres of old red-giant stars. From Frisch et al. 2005.
#MinCup23 #Cosmochemistry #Meteorites

Some #corundum on Earth is older than our solar-system; these pre-solar grains are found in some chondritic meteorites. Oxygen isotopes reveal that they formed in the puffed-off atmospheres of old red-giant stars. From Frisch et al. 2005.
#MinCup23 #Cosmochemistry #Meteorites

Some #corundum on Earth is older than our solar-system; these pre-solar grains are found in some chondritic meteorites. Oxygen isotopes reveal that they formed in the puffed-off atmospheres of old red-giant stars. From Frisch et al. 2005.
#MinCup23 #Cosmochemistry #Meteorites

Some #corundum on Earth is older than our solar-system; these pre-solar grains are found in some chondritic meteorites. Oxygen isotopes reveal that they formed in the puffed-off atmospheres of old red-giant stars. From Frisch et al. 2005.
#MinCup23 #Cosmochemistry #Meteorites

Some #corundum on Earth is older than our solar-system; these pre-solar grains are found in some chondritic meteorites. Oxygen isotopes reveal that they formed in the puffed-off atmospheres of old red-giant stars. From Frisch et al. 2005.
#MinCup23 #Cosmochemistry #Meteorites

We have #Moissanite crystals that formed in other stars! Dissolve some meteorites almost completely, and some of the residue is SiC -these grains have carbon and silicon isotopes produced in red giant stars and supernova; from before our solar system formed. See Larry Nittler's (now at Arizona State University #ASU) presentation:
https://www.oca.eu/images/LAGRANGE/EcolesThematiques/Houches_2017/pdf/5a_Presolar_grains_Nittler.pdf
#MinCup23 #Cosmochemistry #Stardust

We have #Moissanite crystals that formed in other stars! Dissolve some meteorites almost completely, and some of the residue is SiC -these grains have carbon and silicon isotopes produced in red giant stars and supernova; from before our solar system formed. See Larry Nittler's (now at Arizona State University #ASU) presentation:
https://www.oca.eu/images/LAGRANGE/EcolesThematiques/Houches_2017/pdf/5a_Presolar_grains_Nittler.pdf
#MinCup23 #Cosmochemistry #Stardust

We have #Moissanite crystals that formed in other stars! Dissolve some meteorites almost completely, and some of the residue is SiC -these grains have carbon and silicon isotopes produced in red giant stars and supernova; from before our solar system formed. See Larry Nittler's (now at Arizona State University #ASU) presentation:
https://www.oca.eu/images/LAGRANGE/EcolesThematiques/Houches_2017/pdf/5a_Presolar_grains_Nittler.pdf
#MinCup23 #Cosmochemistry #Stardust

We have #Moissanite crystals that formed in other stars! Dissolve some meteorites almost completely, and some of the residue is SiC -these grains have carbon and silicon isotopes produced in red giant stars and supernova; from before our solar system formed. See Larry Nittler's (now at Arizona State University #ASU) presentation:
https://www.oca.eu/images/LAGRANGE/EcolesThematiques/Houches_2017/pdf/5a_Presolar_grains_Nittler.pdf
#MinCup23 #Cosmochemistry #Stardust

We have #Moissanite crystals that formed in other stars! Dissolve some meteorites almost completely, and some of the residue is SiC -these grains have carbon and silicon isotopes produced in red giant stars and supernova; from before our solar system formed. See Larry Nittler's (now at Arizona State University #ASU) presentation:
https://www.oca.eu/images/LAGRANGE/EcolesThematiques/Houches_2017/pdf/5a_Presolar_grains_Nittler.pdf
#MinCup23 #Cosmochemistry #Stardust

Time for a Diamond #OpenAccess #Geochemistry Journal to join the family.

Share your thoughts on the topics and article formats you'd like to see covered.

Take an active role and make your voice heard through their community survey:
https://docs.google.com/forms/d/e/1FAIpQLSe3Q71rrmnq4saTrItWdFbsCkHmtdiK-iDzfGkNZhSlXRbLRA/viewform

#DiamondOpenAccess #scientificjournal #cosmochemistry #openaccess #openscience

Time for a Diamond #OpenAccess #Geochemistry Journal to join the family.

Share your thoughts on the topics and article formats you'd like to see covered.

Take an active role and make your voice heard through their community survey:
https://docs.google.com/forms/d/e/1FAIpQLSe3Q71rrmnq4saTrItWdFbsCkHmtdiK-iDzfGkNZhSlXRbLRA/viewform

#DiamondOpenAccess #scientificjournal #cosmochemistry #openaccess #openscience

Time for a Diamond #OpenAccess #Geochemistry Journal to join the family.

Share your thoughts on the topics and article formats you'd like to see covered.

Take an active role and make your voice heard through their community survey:
https://docs.google.com/forms/d/e/1FAIpQLSe3Q71rrmnq4saTrItWdFbsCkHmtdiK-iDzfGkNZhSlXRbLRA/viewform

#DiamondOpenAccess #scientificjournal #cosmochemistry #openaccess #openscience

Time for a Diamond #OpenAccess #Geochemistry Journal to join the family.

Share your thoughts on the topics and article formats you'd like to see covered.

Take an active role and make your voice heard through their community survey:
https://docs.google.com/forms/d/e/1FAIpQLSe3Q71rrmnq4saTrItWdFbsCkHmtdiK-iDzfGkNZhSlXRbLRA/viewform

#DiamondOpenAccess #scientificjournal #cosmochemistry #openaccess #openscience

How do you abbreviate "weight percent"?

And if you can, please provide me with a link to a style guide that motivates your choice!

#geochemistry #cosmochemistry #publishing #grammar #astrodon #EarthScience

How do you abbreviate "weight percent"?

And if you can, please provide me with a link to a style guide that motivates your choice!

#geochemistry #cosmochemistry #publishing #grammar #astrodon #EarthScience

How do you abbreviate "weight percent"?

And if you can, please provide me with a link to a style guide that motivates your choice!

#geochemistry #cosmochemistry #publishing #grammar #astrodon #EarthScience