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The collective discussions display strong agreement and interest, citing examples such as the detection of phosphine, historical hypotheses about microbes in Venus' clouds, and references to studies by experts like Limaye and Sagan, with the tone mixing scientific curiosity and excitement about potential discoveries that could reshape our understanding of life in the universe.
Most discussions support the idea that the research suggests possible microbial life in Venus' clouds, with many referencing phosphine detections and past hypotheses.
Participants show high curiosity, referencing historical papers, recent studies, and exhibiting enthusiasm about implications for astrobiology.
Several discussions delve into scientific details like particles, spectral signatures, and biological analogies, demonstrating meaningful engagement.
The widespread attention, references to influential researchers like Sagan, and calls for further research highlight potential high impact on the field of astrobiology.
Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures and the Potential for Life in the Clouds" and https://t.co/WpvQAjrfp0" = "Phosphine as a Biosignature Gas in Exoplanet Atmospheres" provide the context.
Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis quelques temps maintenant. Cet article en fait un résumé intéressant : https://t.co/CgJeimr5Dn
Cela fait bien longtemps que l'on se pose la question de la possibilité de formes de vie dans l'atmosphère de Vénus. Intéressante revue de littérature sur le sujet : https://t.co/CgJeimr5Dn https://t.co/zpulWls1F6
金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JBT9XtJpJP
Their work is titled ‘Venus Spectral Signatures and the Potential For Life In the Clouds’. The announcement by the Royal Astronomical Society about the discovery of phosphine in Venus’s atmosphere, suggests the possibility of life. 3/7 https://t.co/eKj26xWLDM
This definitely could be the result of an unknown abiotic process. It also definitely could be evidence of life. Some papers to check out: https://t.co/vpsEFpETyj https://t.co/2f9vYbqAbh
Venus's cloud layers receive enough sunlight to potentially support photosynthesis, similar to Earth's microbes. Chemical conditions in the clouds may also be suitable for microbial life performing photosynthesis…
Venus' spectral signatures. The discovery of phosphine gas in Venus' cloud decks suggests possible conditions for life beyond Earth, prompting significant scientific interest and discussion about Venus's habitability.
RT @jai_rry: Their work is titled ‘Venus Spectral Signatures and the Potential For Life In the Clouds’. The announcement by the Royal Astr…
Their work is titled ‘Venus Spectral Signatures and the Potential For Life In the Clouds’. The announcement by the Royal Astronomical Society about the discovery of phosphine in Venus’s atmosphere, suggests the possibility of life. 3/7 https://t.co/eKj26xWLDM
@YSBundela1008 @latestinspace The two older papers 2018/2020. https://t.co/PGWe5rt8me https://t.co/WfbA9bIXUI
Artigos científicos: [1] Essas partículas venusianas podem ser bactérias: https://t.co/5ellt6ZjMT [2] O metano marciano pode ser oriundo de bactérias: https://t.co/cunvz7ANvM https://t.co/GTKGxLiSiM
RT @astropierre: Cela fait bien longtemps que l'on se pose la question de la possibilité de formes de vie dans l'atmosphère de Vénus. Inté…
RT @astropierre: Cela fait bien longtemps que l'on se pose la question de la possibilité de formes de vie dans l'atmosphère de Vénus. Inté…
RT @astropierre: Cela fait bien longtemps que l'on se pose la question de la possibilité de formes de vie dans l'atmosphère de Vénus. Inté…
Cela fait bien longtemps que l'on se pose la question de la possibilité de formes de vie dans l'atmosphère de Vénus. Intéressante revue de littérature sur le sujet : https://t.co/CgJeimr5Dn https://t.co/zpulWls1F6
@GWayFUN https://t.co/B7xTI3fI55
Here the correct link to the study cited first https://t.co/sqTT3NqP5s
Venus' Spectral Signatures and the Potential for Life in the Clouds https://t.co/vYakZ2YlXW
Does your work tie-in with or relate to or provide any potential insights into the "unknown UV absorbers" phenomenon? (https://t.co/lpzfvG6WP9, https://t.co/xuFtWHMHeD, https://t.co/lBtX7fh4Sm) @jgreaves6 @DrPhosphine @EDrabek #AskTeamVenus
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
@NicosPanoptikum Danke, kommt auch in die Sammlung. Hmm, ist eigentlich schon jemand aufgefallen, dass in der zentralen Grafik (Fig. 9) des bedeutenden Papers https://t.co/d6U9SLmeUi zur Venus-Biosphäre von 2018 eine der drei prototypischen Marsmikroben haargenau so aussieht wie ein gewisser ...? https://t.co/oL5ZY2O0ks
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
A lot of articles are sharing a 2020 paper about the putative Venus microbes living and reproducing in the sulfuric acid aerosols. I fully respect the paper and the ideas it explored!! But it was not the first one to propose this, that was this 2018 paper https://t.co/aOfcikOOE2
Paper on the strange spectral signatures found in the clouds of Venus (& potentially the mountain tops). The surface of Venus is a hell-scape, but once upon a time had oceans of water, could have been seeded with meteors/dust carrying microbes from Earth. https://t.co/XBdbeJpxJZ
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
Said paper https://t.co/9MbYQlvgXk
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @astropierre: Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis que…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @astropierre: Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis que…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
https://t.co/UmSnerF6ja I worked under david smith and we talked about possible life in venus clouds and this paper he worked on (above) just a month ago. Now theres an RAS briefing about possible life in venus clouds!! https://t.co/ft65rR6bJ4
RT @astropierre: Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis que…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @astropierre: Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis que…
Rappelons toutefois que l'hypothèse de formes de vies exotiques sur Vénus est envisagée et étudiée sérieusement depuis quelques temps maintenant. Cet article en fait un résumé intéressant : https://t.co/CgJeimr5Dn
@yo_iplix Todavía no leí el paper, pero el tema es un clásico en la comunidad de astrobiología. Valga como ejemplo: https://t.co/EaudVQhj0x
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
Studies in 2018 and 2019 suggested that dark patches in the atmosphere of Venus could be caused by bacteria absorbing UV light 5/ https://t.co/HCyWFMjEQD https://t.co/oGhGONbNdV
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
Venus' Spectral Signatures and the Potential for Life in the Clouds | Astrobiology https://t.co/ktbmaNdrT3
@dagman650 @mrwtffacts Read this: https://t.co/4xyLg0BjvZ
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @sinus_iridium: 金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JB…
金星上空の濃硫酸エアロゾルの雲のあたりなら生物が存在できるかも、という考えは１９６０年代から。金星の低層雲の高さ、約４８～５０ｋｍでは１気圧、６０℃ほど。紫外線を吸収する光合成微生物など、存在可能かもしれない。https://t.co/JBT9XtJpJP
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
@NataliaVartan Gracias por el aviso de clickbait in progress!! ;-D. Un bonito artículo sobre el tema, que ya lo discutió Sagan en sus mejores aportaciones a la astrobiología: https://t.co/WapzoI7hqI
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
あとで読も Signs of Life discovered on Venus and atmosphere Hacker News https://t.co/Cx5YnN030N Phosphine as a Biosignature Gas in Exoplanet Atmospheres https://t.co/cQZr0OjuWI Venus' Spectral Signatures and the Potential for Life in the Clouds https://t.co/ACwtS7gOf5
RT @tectonic: This definitely could be the result of an unknown abiotic process. It also definitely could be evidence of life. Some papers…
RT @NanoSpacecrafts: Venus' Spectral Signatures and the Potential for Life in the Clouds https://t.co/NdbcdbSIoR
This definitely could be the result of an unknown abiotic process. It also definitely could be evidence of life. Some papers to check out: https://t.co/vpsEFpETyj https://t.co/2f9vYbqAbh
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
RT @cosmos4u: Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures…
Re. the now widely leaked Venus phosphine detection: the recent papers https://t.co/d6U9SLmeUi = "Venus' Spectral Signatures and the Potential for Life in the Clouds" and https://t.co/WpvQAjrfp0" = "Phosphine as a Biosignature Gas in Exoplanet Atmospheres" provide the context.
@MontaaSanchez @navedelmisterio @carmenporter_ https://t.co/QViKxJYz6G
Venus' Spectral Signatures and the Potential for Life in the Clouds Limaye et al, @Astrobiology_jn https://t.co/JB1O1Awf5x
@Akam1129 https://t.co/z3A6JFoFpx
https://t.co/z3A6JFoFpx
"Venus' Spectral Signatures and the Potential for Life in the Clouds" See https://t.co/vedrN6mrNI
@markowenmartin https://t.co/O1dWZdkLn3 This is the paper that restarted the conversation
(2/2) Some scientists have said that the unknown particles in the dark patches in Venus’ atmosphere seem to have characteristics similar to microbes found at high altitudes in Earth’s atmosphere. Is the increased nitrogen a possible clue (previous tweet)? https://t.co/sRKq33Onk6
(2/2) Some scientists have said that the unknown particles in the dark patches in Venus’ atmosphere seem to have characteristics similar to microbes found at high altitudes in Earth’s atmosphere. Is the increased nitrogen a possible clue (previous tweet)? https://t.co/wHnydKELNq
(2/2) Some scientists have said that the unknown particles in the dark patches in Venus’ atmosphere seem to have characteristics similar to microbes found at high altitudes in Earth’s atmosphere. Is the increased nitrogen a possible clue (previous tweet)? https://t.co/QUZWhMptsl
E aí? Gostaram da possibilidade de colonização aérea? RT se acharam interessante! Até a próxima! Fontes: https://t.co/fn2cXAOTrb https://t.co/LUBGczoVjs https://t.co/PjXKRjAuWV
They provide reason to believe that microbes might live in the clouds of Venus (PDF, #xenotext): https://t.co/JFoM9AtaIp
@exploreplanets It's not just one researcher though, and even Carl Sagan talked about it. The Liebert paper also had an international team of researchers: https://t.co/1TiGv4nFTa https://t.co/yWw1mNjf3D https://t.co/1BmAHP7PWr https://t.co/2HPR8sCnVA
For those interested in learning a bit about Venus astrobiology Limaye et al published in @Astrobiology_jn last year: https://t.co/O1dWZd39Yt #VEXAG2019
Life on Venus? Here's a relevant new article by Limaya et al. looking at a habitable layer in the Venusian atmosphere. https://t.co/z1KRalGZyE #astrobiology #originoflife #Venus #NASA #PlanetaryScience #Habitability #sciencetwitter
RT @LiebertPub: Venus' Spectral Signatures and the Potential for Life in the Clouds. Top-read article from @Astrobiology_jn. FREE access un…
RT @LiebertPub: Venus' Spectral Signatures and the Potential for Life in the Clouds. Top-read article from @Astrobiology_jn. FREE access un…
Venus' Spectral Signatures and the Potential for Life in the Clouds. FREE access to this Astrobiology article until Jan 21. READ NOW: https://t.co/sEq239eMHA @Astrobiology_jn https://t.co/30EmYVrVRP
Venus' Spectral Signatures and the Potential for Life in the Clouds. Top-read article from @Astrobiology_jn. FREE access until Jan 21: https://t.co/t9eJzirOhM https://t.co/foSwFheVYZ
"Venus' Spectral Signatures and the Potential for Life in the Clouds" See https://t.co/vedrN64QWa
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