#atmospheres — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #atmospheres, aggregated by home.social.
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Our first “Earth-like” #Exoplanets probably won’t have #Atmospheres : Medium
#Earth is now #Heating up twice as fast as in previous decades : Medium
How a #Warmer #World and more #Rain could #Transform #Antarctica : Guardian
Latest #KnowledgeLinks
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Our first “Earth-like” #Exoplanets probably won’t have #Atmospheres : Medium
#Earth is now #Heating up twice as fast as in previous decades : Medium
How a #Warmer #World and more #Rain could #Transform #Antarctica : Guardian
Latest #KnowledgeLinks
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Our first “Earth-like” #Exoplanets probably won’t have #Atmospheres : Medium
#Earth is now #Heating up twice as fast as in previous decades : Medium
How a #Warmer #World and more #Rain could #Transform #Antarctica : Guardian
Latest #KnowledgeLinks
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Our first “Earth-like” #Exoplanets probably won’t have #Atmospheres : Medium
#Earth is now #Heating up twice as fast as in previous decades : Medium
How a #Warmer #World and more #Rain could #Transform #Antarctica : Guardian
Latest #KnowledgeLinks
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Our first “Earth-like” #Exoplanets probably won’t have #Atmospheres : Medium
#Earth is now #Heating up twice as fast as in previous decades : Medium
How a #Warmer #World and more #Rain could #Transform #Antarctica : Guardian
Latest #KnowledgeLinks
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Engine by Evenant 🎛️
50 patches from global inst. sampling: cellos, flutes, synths, + more. Pads, basses, drones, atmospheres.🎁 FREE (reg. $79) for a limited time
🔗 Link in bio!#freeplugin #kontakt #sounddesign #atmospheres #evenant #musicproduction
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Here is a problem that has been quietly gnawing at astronomers for decades.
The standard approach to detecting #life on other worlds involves scanning #exoplanet #atmospheres for #oxygen, #methane, and #ozone, whose presence is difficult to explain without #biology.
It's a clever idea, but it carries a hidden flaw. That entire shopping list was written by studying Earth. It is, inevitably, a search for life like us.
The list of ways that #chemistry alone can accidentally mimic these #biosignature gases is growing faster than the list of new ways to detect life.
Each new false positive scenario demands even more information about the #planet to rule it out, and there is a genuine question about whether that information can ever be gathered exhaustively.
But there is a solution.
#Assembly theory doesn't ask what #molecules are present in an #atmosphere. Instead, it asks how hard they were to make.
Every molecule can be assigned an assembly index, a minimum number of construction steps required to build it from basic #chemical building blocks.
Simple molecules are easy to assemble by chance, but truly complex ones, requiring many sequential steps, don't arise without something doing a great deal of deliberate selection.
That something would then be life itself.
#astrobiology #astronomy
https://phys.org/news/2026-03-life.htmlPaper by Walker et al. (2026): https://arxiv.org/abs/2603.11086
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Here is a problem that has been quietly gnawing at astronomers for decades.
The standard approach to detecting #life on other worlds involves scanning #exoplanet #atmospheres for #oxygen, #methane, and #ozone, whose presence is difficult to explain without #biology.
It's a clever idea, but it carries a hidden flaw. That entire shopping list was written by studying Earth. It is, inevitably, a search for life like us.
The list of ways that #chemistry alone can accidentally mimic these #biosignature gases is growing faster than the list of new ways to detect life.
Each new false positive scenario demands even more information about the #planet to rule it out, and there is a genuine question about whether that information can ever be gathered exhaustively.
But there is a solution.
#Assembly theory doesn't ask what #molecules are present in an #atmosphere. Instead, it asks how hard they were to make.
Every molecule can be assigned an assembly index, a minimum number of construction steps required to build it from basic #chemical building blocks.
Simple molecules are easy to assemble by chance, but truly complex ones, requiring many sequential steps, don't arise without something doing a great deal of deliberate selection.
That something would then be life itself.
#astrobiology #astronomy
https://phys.org/news/2026-03-life.htmlPaper by Walker et al. (2026): https://arxiv.org/abs/2603.11086
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Here is a problem that has been quietly gnawing at astronomers for decades.
The standard approach to detecting #life on other worlds involves scanning #exoplanet #atmospheres for #oxygen, #methane, and #ozone, whose presence is difficult to explain without #biology.
It's a clever idea, but it carries a hidden flaw. That entire shopping list was written by studying Earth. It is, inevitably, a search for life like us.
The list of ways that #chemistry alone can accidentally mimic these #biosignature gases is growing faster than the list of new ways to detect life.
Each new false positive scenario demands even more information about the #planet to rule it out, and there is a genuine question about whether that information can ever be gathered exhaustively.
But there is a solution.
#Assembly theory doesn't ask what #molecules are present in an #atmosphere. Instead, it asks how hard they were to make.
Every molecule can be assigned an assembly index, a minimum number of construction steps required to build it from basic #chemical building blocks.
Simple molecules are easy to assemble by chance, but truly complex ones, requiring many sequential steps, don't arise without something doing a great deal of deliberate selection.
That something would then be life itself.
#astrobiology #astronomy
https://phys.org/news/2026-03-life.htmlPaper by Walker et al. (2026): https://arxiv.org/abs/2603.11086
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Here is a problem that has been quietly gnawing at astronomers for decades.
The standard approach to detecting #life on other worlds involves scanning #exoplanet #atmospheres for #oxygen, #methane, and #ozone, whose presence is difficult to explain without #biology.
It's a clever idea, but it carries a hidden flaw. That entire shopping list was written by studying Earth. It is, inevitably, a search for life like us.
The list of ways that #chemistry alone can accidentally mimic these #biosignature gases is growing faster than the list of new ways to detect life.
Each new false positive scenario demands even more information about the #planet to rule it out, and there is a genuine question about whether that information can ever be gathered exhaustively.
But there is a solution.
#Assembly theory doesn't ask what #molecules are present in an #atmosphere. Instead, it asks how hard they were to make.
Every molecule can be assigned an assembly index, a minimum number of construction steps required to build it from basic #chemical building blocks.
Simple molecules are easy to assemble by chance, but truly complex ones, requiring many sequential steps, don't arise without something doing a great deal of deliberate selection.
That something would then be life itself.
#astrobiology #astronomy
https://phys.org/news/2026-03-life.htmlPaper by Walker et al. (2026): https://arxiv.org/abs/2603.11086
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Here is a problem that has been quietly gnawing at astronomers for decades.
The standard approach to detecting #life on other worlds involves scanning #exoplanet #atmospheres for #oxygen, #methane, and #ozone, whose presence is difficult to explain without #biology.
It's a clever idea, but it carries a hidden flaw. That entire shopping list was written by studying Earth. It is, inevitably, a search for life like us.
The list of ways that #chemistry alone can accidentally mimic these #biosignature gases is growing faster than the list of new ways to detect life.
Each new false positive scenario demands even more information about the #planet to rule it out, and there is a genuine question about whether that information can ever be gathered exhaustively.
But there is a solution.
#Assembly theory doesn't ask what #molecules are present in an #atmosphere. Instead, it asks how hard they were to make.
Every molecule can be assigned an assembly index, a minimum number of construction steps required to build it from basic #chemical building blocks.
Simple molecules are easy to assemble by chance, but truly complex ones, requiring many sequential steps, don't arise without something doing a great deal of deliberate selection.
That something would then be life itself.
#astrobiology #astronomy
https://phys.org/news/2026-03-life.htmlPaper by Walker et al. (2026): https://arxiv.org/abs/2603.11086
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At altitude, the sun really warms you (and your garden) up; how far could this effect be taken on an alien planet? Further than you think...
Read more at my #blog: https://www.adamasnemesis.com/2026/03/19/the-ultimate-banana-belt/
This post's featured image is a photo I made of the midnight sun at Nordkapp (yes, it was the exact moment of solar midnight).
#worldbuilding #atmospheres #agriculture #bananabelt #climate #gardening #plants #scifi #sciencefiction
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Take a biosphere that sequesters the common atmospheric elements, see what's left over, and you might have a truly rich sci-fi sandbox...
Read more at my #blog: https://www.adamasnemesis.com/2026/02/20/worldbuilding-ghost-atmospheres/
This post's featured image is "Ilmatar" by Robert Wilhelm Ekman.
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We live in a very exciting time: answers to some of the oldest questions humanity has conceived are within our grasp.
One of these is whether #Earth is the only place that harbours #life.
In the last 30 years, the question of whether the Sun is unique in hosting a planetary system has been resoundingly answered: we now know of thousands of #exoplanets orbiting other #stars.
But can we use telescopes to detect whether any of these distant worlds also harbour life?
A promising method is to analyse the gases present in the #atmospheres of these #planets.
Astonishingly, we can identify #molecules present in the atmospheres of exoplanets.
Quantum mechanics causes each atmospheric chemical to have its own distinct barcode-like pattern, which it leaves on the light passing through it.
By collecting starlight that has been filtered through an #exoplanet’s atmosphere, telescopes can see the barcodes of the molecules making up that atmosphere.
To take advantage of this, the planet needs to #transit – pass in front of – the star from our point of view.
#astronomy #astrobiology
https://theconversation.com/how-astronomers-plan-to-detect-the-signatures-of-alien-life-in-the-atmospheres-of-distant-planets-272821 -
Dramatic contrasts and the geophysics they suggest lead us to a system straight out of classic sci-fi: around a nearby sun-like star, worlds that are Earth-like but are certainly not Earth *twins*.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/28/worlds-of-ice-snow-and-salt/
This post's featured image is a depiction of Snowball Earth by Oleg Kuznetsov (2020) (CC-BY-SA 4.0).
#worldbuilding #scifi #sciencefiction #planets #atmospheres #oceans #iceplanet #alienlife #aliens #doubleplanet #moons #satellitesystem #climate
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The greenhouse-blanketed lush super-Earth is a tired trope, but a more rugged version with nigh-Martian highlands? Now we're cooking...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/23/cascadia-below-mars-above/
This post's featured image is "The Bard" by John Martin.
#atmospheres #oxygen #greenhouseffect #climate #climatology #alienplanet #worldbuilding #scifi #sciencefiction #planets
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The greenhouse-blanketed lush super-Earth is a tired trope, but a more rugged version with nigh-Martian highlands? Now we're cooking...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/23/cascadia-below-mars-above/
This post's featured image is "The Bard" by John Martin.
#atmospheres #oxygen #greenhouseffect #climate #climatology #alienplanet #worldbuilding #scifi #sciencefiction #planets
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The greenhouse-blanketed lush super-Earth is a tired trope, but a more rugged version with nigh-Martian highlands? Now we're cooking...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/23/cascadia-below-mars-above/
This post's featured image is "The Bard" by John Martin.
#atmospheres #oxygen #greenhouseffect #climate #climatology #alienplanet #worldbuilding #scifi #sciencefiction #planets
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The greenhouse-blanketed lush super-Earth is a tired trope, but a more rugged version with nigh-Martian highlands? Now we're cooking...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/23/cascadia-below-mars-above/
This post's featured image is "The Bard" by John Martin.
#atmospheres #oxygen #greenhouseffect #climate #climatology #alienplanet #worldbuilding #scifi #sciencefiction #planets
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The greenhouse-blanketed lush super-Earth is a tired trope, but a more rugged version with nigh-Martian highlands? Now we're cooking...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/23/cascadia-below-mars-above/
This post's featured image is "The Bard" by John Martin.
#atmospheres #oxygen #greenhouseffect #climate #climatology #alienplanet #worldbuilding #scifi #sciencefiction #planets
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Five New #Planets and the Battle for Their #Atmospheres
https://www.universetoday.com/articles/five-new-planets-and-the-battle-for-their-atmospheres
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With the solar motion of Mercury, the geography of Antarctica, and aspects that are utterly alien, my planet Cerberus is coming along nicely.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/16/fleshing-out-cerberus-antarctic-vibes/
This post's featured image is a NASA satellite image of the Antarctic Dry Valleys.
#worldbuilding #planet #continents #geology #tidallock #spinorbitresonance #atmospheres #orbits #alienplanet #climate #scifi #sciencefiction
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With the solar motion of Mercury, the geography of Antarctica, and aspects that are utterly alien, my planet Cerberus is coming along nicely.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/16/fleshing-out-cerberus-antarctic-vibes/
This post's featured image is a NASA satellite image of the Antarctic Dry Valleys.
#worldbuilding #planet #continents #geology #tidallock #spinorbitresonance #atmospheres #orbits #alienplanet #climate #scifi #sciencefiction
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With the solar motion of Mercury, the geography of Antarctica, and aspects that are utterly alien, my planet Cerberus is coming along nicely.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/16/fleshing-out-cerberus-antarctic-vibes/
This post's featured image is a NASA satellite image of the Antarctic Dry Valleys.
#worldbuilding #planet #continents #geology #tidallock #spinorbitresonance #atmospheres #orbits #alienplanet #climate #scifi #sciencefiction
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With the solar motion of Mercury, the geography of Antarctica, and aspects that are utterly alien, my planet Cerberus is coming along nicely.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/16/fleshing-out-cerberus-antarctic-vibes/
This post's featured image is a NASA satellite image of the Antarctic Dry Valleys.
#worldbuilding #planet #continents #geology #tidallock #spinorbitresonance #atmospheres #orbits #alienplanet #climate #scifi #sciencefiction
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With the solar motion of Mercury, the geography of Antarctica, and aspects that are utterly alien, my planet Cerberus is coming along nicely.
Read more at my #blog: https://www.adamasnemesis.com/2025/12/16/fleshing-out-cerberus-antarctic-vibes/
This post's featured image is a NASA satellite image of the Antarctic Dry Valleys.
#worldbuilding #planet #continents #geology #tidallock #spinorbitresonance #atmospheres #orbits #alienplanet #climate #scifi #sciencefiction
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Inside the ice giants, a layer exists of familiar rains and snows...and often at a pressure range that wouldn't require spacesuits! Could these planets harbor environments that are shockingly Earth-like?
More thoughts at my #blog: https://adamasnemesis.com/2025/12/14/another-earth-in-the-depths-of-neptune/
This post's featured image is Neptune and Triton seen on departure by Voyager 2.
#worldbuilding #science #astronomy #habitability #planetaryhabitability #icegiants #planetaryscience #gasgiants #atmospheres #oxygen
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From its caves to its dangerous-yet-forgiving weather, my planet of dry, thin air evokes classic sci-fi. And there's a reason for that...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/11/cerberus-a-world-out-of-classic-sci-fi/
This post's featured image is Badwater Basin at night (a place denizens of my planet might find familiar, though thick and murky).
#worldbuilding #retrofuturism #scifi #sciencefiction #desertplanet #planets #alienplanet #climate #atmospheres
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From its caves to its dangerous-yet-forgiving weather, my planet of dry, thin air evokes classic sci-fi. And there's a reason for that...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/11/cerberus-a-world-out-of-classic-sci-fi/
This post's featured image is Badwater Basin at night (a place denizens of my planet might find familiar, though thick and murky).
#worldbuilding #retrofuturism #scifi #sciencefiction #desertplanet #planets #alienplanet #climate #atmospheres
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From its caves to its dangerous-yet-forgiving weather, my planet of dry, thin air evokes classic sci-fi. And there's a reason for that...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/11/cerberus-a-world-out-of-classic-sci-fi/
This post's featured image is Badwater Basin at night (a place denizens of my planet might find familiar, though thick and murky).
#worldbuilding #retrofuturism #scifi #sciencefiction #desertplanet #planets #alienplanet #climate #atmospheres
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From its caves to its dangerous-yet-forgiving weather, my planet of dry, thin air evokes classic sci-fi. And there's a reason for that...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/11/cerberus-a-world-out-of-classic-sci-fi/
This post's featured image is Badwater Basin at night (a place denizens of my planet might find familiar, though thick and murky).
#worldbuilding #retrofuturism #scifi #sciencefiction #desertplanet #planets #alienplanet #climate #atmospheres
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From its caves to its dangerous-yet-forgiving weather, my planet of dry, thin air evokes classic sci-fi. And there's a reason for that...
Read more at my #blog: https://www.adamasnemesis.com/2025/12/11/cerberus-a-world-out-of-classic-sci-fi/
This post's featured image is Badwater Basin at night (a place denizens of my planet might find familiar, though thick and murky).
#worldbuilding #retrofuturism #scifi #sciencefiction #desertplanet #planets #alienplanet #climate #atmospheres
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@Thebratdragon Struggling with this for a brown dwarf world, myself. I think I'm going with oceanic vents resulting in oxygen and a food chain that supports primitive life at seashores but not inland. Probably good enough for the stories. Might I suggest some hand waving, selecting blue-green and purple plants and calling it a day, then have an expert background character try to explain it as the POV's eyes glaze over after the first sentence? 😇🤪 It's what I do.
#science #photosynthesis #atmospheres #writer #author #writingCommunity #writersOfMastodon #sf #scienceFiction
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@Thebratdragon There are plenty of photosynthetic molecules on Earth besides green chlorophyll. Depth in the ocean is partially responsible because different colors get absorbed by depth. It's an easy analog for deeper atmospheres. Chemistry allows chemosynthesis in the depths of the deep ocean without visible light at all, but heat is light: infrared. Humans photosynthesize also, making vitamin D. Even the dyes in our eyes are a type of photo reaction analogous to photosynthesis. Green predominates on Earth because of the color of our sun for which the bell curve peaks in the part of the spectrum that provides lots of what would be green in a radiative spectrum (I think I got the term right, but don't quote me).
As for atmospheric depth, we get blue scattering in the sky because sunlight only travels a short distance through the air, but orange and red when it travels all the way from the horizon, which incidentally strips the energetic wave lengths that readily support chlorophyll synthesis. Red dwarf and orange sun worlds might not support chlorophyll at all. Brown dwarves might support only heat cycles or heat accelerated chemical gradient synthesis. Too thin an atmosphere lets in UV, which is destructive as it is too energetic, and too thick will freeze a world or make something like Venus.
As for mixes, nitrogen is clear unless it is chemically activated to make smog. CO2 is not entirely clear to infrared. Ozone blocks UV but is highly reactive and dissipates. Helium and hydrogen I think are clear, but as others have stated it tends to get stripped by solar wind and would require a super earth's gravity to last billions of years, which might mean your world is mini-Neptunes and not conducive to life. Steam can be an atmosphere or a major component and will affect visibility and synthesis, hot clouds essentially. Impurities like on Venus certainly would affect synthesis but not from occlusion. Let's skip discussing worlds with vaporized iron atmospheres.
I would suggest lots of Google searches for types of photosynthesis and things like life in deep ocean heat vents, geyser pools, red tides, stromatolites, blue green algae, and speculations on astrobiology.
#science #photosynthesis #atmospheres #writer #author #writingCommunity #writersOfMastodon #sf #scienceFiction
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Les #atmosphères des #exoplanètes font l'objet d'études toujours plus approfondies, grâce à une instrumentation (#spectroscopie) toujours plus performante. Jadis limitée à la détection d'éléments ponctuels, la #dynamique atmosphérique dans son ensemble peut désormais être observée, et donc caractérisée.
Julia Seidel de l'Observatoire de la Côte d'Azur présentera ce jeudi aux Irapiens les avancées récentes en ce domaine, l'intérêt des missions #ARIEL, #PLATO, de l'#ELT: https://www.irap.omp.eu/event/winds-in-exo-atmospheres-an-elt-era-perspective-on-the-power-of-high-resolution-spectroscopy/
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Astronomers have uncovered the ‘‘Neptunian Ridge’’, a newly identified feature in the distribution of #exoplanets.
This discovery, highlights the complex dynamics within the Neptunian Desert, a region with a scarcity of hot Neptunes, and the Neptunian Savanna, where these #planets are more commonly found.
By understanding these critical zones, researchers gain valuable insights into the dynamic processes that influence the formation and evolution of close-in exoplanets.
To visualize the vast extent of exoplanetary systems, researchers often plot the distribution of #planets as a function of their radius and orbital period. It reveals patterns and regions of exoplanets with similar properties that astronomers try to understand.
One of the most puzzling regions is the ‘‘Neptunian Desert’’, where #Neptune-sized planets are surprisingly scarce.
This dearth of Neptunes in the distribution of planets orbiting close to their host #stars is thought to result from intense stellar radiation stripping away the #atmospheres of planets, eroding them and turning them into smaller planets.
#astronomy
https://astrobiology.com/2024/09/hidden-exoplanets-between-the-neptunian-desert-and-savanna.html -
Transmission spectroscopy of sub-Neptunes was expected to reveal their compositions and hence origins, yet many show flat near- to mid-infrared #spectra.
Such spectra can be explained either by metal dominated #atmospheres or by high-altitude, grey #aerosols.
Observations of escaping hydrogen and helium from several of these #planets rule out metal dominated atmospheres, while homogeneous distributions of small aerosols cannot produce flat spectra and large particles require unphysically high production rates.
Alternatively, modestly optically thick clumps at high altitudes can produce flat spectra even with small particles and physically realistic production rates.
Clumping increases the effective photon mean-free path while reducing wavelength dependence, allowing the #aerosol distribution to behave as an effective grey absorber.
Clumpy aerosol distributions naturally resolve the tension between flat spectra and low-metallicity atmospheres and may be a common feature of sub-Neptune #exoplanets.
#astronomy
https://astrobiology.com/2025/11/resolving-the-flat-spectrum-conundrum-clumpy-aerosol-distributions-in-sub-neptune-atmospheres.html -
Ten years ago, on 13/11/2015, I made these field recordings at the site from which young men involved in the Paris attacks left for Paris; arrests took place on the same spot the following day. Recording “before having words.” I had spent seven years working in the street life of these kids and was moving into sound studies in urban planning. This experience motivated a move away from #soundscape towards #atmospheres, #habitus, #infrastructures of violence, & #affect. https://aporee.org/maps/?loc=30439
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Ten years ago, on 13/11/2015, I made these field recordings at the site from which young men involved in the Paris attacks left for Paris; arrests took place on the same spot the following day. Recording “before having words.” I had spent seven years working in the street life of these kids and was moving into sound studies in urban planning. This experience motivated a move away from #soundscape towards #atmospheres, #habitus, #infrastructures of violence, & #affect. https://aporee.org/maps/?loc=30439
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Ten years ago, on 13/11/2015, I made these field recordings at the site from which young men involved in the Paris attacks left for Paris; arrests took place on the same spot the following day. Recording “before having words.” I had spent seven years working in the street life of these kids and was moving into sound studies in urban planning. This experience motivated a move away from #soundscape towards #atmospheres, #habitus, #infrastructures of violence, & #affect. https://aporee.org/maps/?loc=30439
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With a few plausible changes, noctilucent clouds could become global, and ubiquitous. The net result? White nights of a most alien sort...
Read more at my #blog: https://www.adamasnemesis.com/2025/10/23/a-noctilucent-world/
This post's featured image is of a noctilucent cloud on Mars, as captured by the Curiosity rover.
#worldbuilding #scifi #sciencefiction #clouds #climate #climatechange #meteorology #climatology #atmospheres #noctilucentcloud
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Wanting oceans and clear skies around the nearest twin-sun pair to Earth imposes some rather alien but spectacular results: red skies, black seas, -200 degree temperatures, and more...
Read the whole story at my #blog: https://www.adamasnemesis.com/2025/10/02/black-seas-red-sky-three-suns-worldbuilding-ez-aquarii/
This post's featured image is a red-shifted version of Ivan Aivazovsky's "The Black Sea".
#worldbuilding #oceans #atmospheres #exoticoceans #exoticatmospheres #alienlife #scifi #sciencefiction #alienoceans #seas #methane #carbonmonoxide #twinsuns
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A giant star without complex life; maybe not a great target for SETI, but for human colonization? It could be paradise.
Let's explore one scenario centered on a perfect setup for skiing and winter sports at my #blog: https://www.adamasnemesis.com/2025/09/24/winter-sports-under-twin-suns-worldbuilding-capella/
This post's featured image is a vista I caught at Solitude Mountain, Utah last winter (not twin suns, but it's the closest I've got!).
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienplanets #alienmoons #alienlife #climate
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An Earth twin...and a world of indescribable memory. In my sci-fi universe I begin to explore the secrets of Mu Cassiopeiae...
Read more at my #blog: https://www.adamasnemesis.com/2025/09/21/the-pale-blue-dot-filtered-through-a-dream/
This post's featured image is Ivan Aivazovsky's "Stormy Sea".
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienlife #aliens #alienworld #alienplanet
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An Earth twin...and a world of indescribable memory. In my sci-fi universe I begin to explore the secrets of Mu Cassiopeiae...
Read more at my #blog: https://www.adamasnemesis.com/2025/09/21/the-pale-blue-dot-filtered-through-a-dream/
This post's featured image is Ivan Aivazovsky's "Stormy Sea".
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienlife #aliens #alienworld #alienplanet
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An Earth twin...and a world of indescribable memory. In my sci-fi universe I begin to explore the secrets of Mu Cassiopeiae...
Read more at my #blog: https://www.adamasnemesis.com/2025/09/21/the-pale-blue-dot-filtered-through-a-dream/
This post's featured image is Ivan Aivazovsky's "Stormy Sea".
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienlife #aliens #alienworld #alienplanet
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An Earth twin...and a world of indescribable memory. In my sci-fi universe I begin to explore the secrets of Mu Cassiopeiae...
Read more at my #blog: https://www.adamasnemesis.com/2025/09/21/the-pale-blue-dot-filtered-through-a-dream/
This post's featured image is Ivan Aivazovsky's "Stormy Sea".
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienlife #aliens #alienworld #alienplanet
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An Earth twin...and a world of indescribable memory. In my sci-fi universe I begin to explore the secrets of Mu Cassiopeiae...
Read more at my #blog: https://www.adamasnemesis.com/2025/09/21/the-pale-blue-dot-filtered-through-a-dream/
This post's featured image is Ivan Aivazovsky's "Stormy Sea".
#worldbuilding #scifi #sciencefiction #planets #atmospheres #alienlife #aliens #alienworld #alienplanet
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Molten #planets and early #atmospheres in the #lab: #mpsgoettingen scientist Christian Renggli receives one of this year’s ERC Starting Grants for his group ELMO (Experimental Laboratory Magma Ocean). Congratulations!!!
https://www.mps.mpg.de/en/erc-starting-grant-elmo
He joins two further successful ERCStG awardees on campus: https://academiccloud.social/@thegoecampus/115145682405192036
@maxplanckgesellschaft @thegoecampus @renggli.bsky.social @ERC_Research
#ERCStartingGrants #ERCStG #ERC #ELMO #ExperimentalLaboratoryMagmaOcean #MPSGoettingen #GoettingenCampus #Goettingen #SolarSystem #Planets #LavaPlanets #MagmaOcean #Laboratory -
Molten #planets and early #atmospheres in the #lab: #mpsgoettingen scientist Christian Renggli receives one of this year’s ERC Starting Grants for his group ELMO (Experimental Laboratory Magma Ocean). Congratulations!!! www.mps.mpg.de/erc-starting... @renggli.bsky.social @erc.europa.eu #ERCStG