#atmospheric airs

[thatsbelievable]

[uhbasicallyjustmilex]

ALEX TURNER, RIO DE JANEIRO, BR. by Zackery Michael

[dog5504]

Cuteness revolution talisman for weather protection

[absolutebl]

Hey. Ty very much for your posts. As a woman in my 30s I got hypnotised by the beauty of the novelists and was wondering if you had similar high heat intense recommendations (also watched the samurai one "taboo"), bi or mlm with older leads and non fluffy storylines.. Moody atmospheric and venomous is my weak spot

Moody, atmospheric & venomous BL

Like, the Novelist? really?

AKA Pornographer movie series AKA The Novelist, Mood Indigo, Pornographer Playback (Japan 2018-2020) - emotional manipulation, cheating, obsession, seduction, May/December, kink, touch of necrophilia, explicit.   

Okay I got one right off the bat: seek ye....

The Cornered Mouse Dreams of Cheese

AKA Kyuso wa Chizu no Yume wo Miru (Japan 2020) - obsession, cheating, breakup, reunion, then break up again, explicit, mature characters. 

Now let me think about some more:

high heat

intense

non fluffy

older leads

The last one is a doozy, so I'm not gonna use it as a qualifier. BL is most, well, about "boys" not men.

Some others that might work for you but don't meet all your criteria:

Your Name Engraved Herein (Taiwan 2020 Netflix) - this movie is fantastic but it is also seriously depressing, it’s a self acceptance journey, but if you wanna wallow in high quality acting and serious gay drama, this’ll do it. 

Innocent (Taiwan 2021 GaGa) - mental health, childhood trauma, actually kinda sweet. 

The Eighth Sense (Korea 2023 Viki - This isn’t in the KBL bubble, there’s sharp edges and lots of triggers. For a KBL the darkness of the content left me feeling unsettled but it's really damn good.

My Personal Weatherman AKA Taikan Yoho (Japan 2023 Gaga) - Basically: boys who fell in love in college end up living together but both are so repressed they actually don't realize they're in love. They're hot, young, in love, and total idiots.

I Feel You Linger in the Air (Thai 2023 grey or YT) - IFYLITA is an exquisite BL, elegant and classy… from Thailand which normally doesn't even try for classy. The main couple (both as a pair and individuals) were excellent, it gets hot more that explicit, but it does have sharp edges.

Tokyo in April is AKA Shigatsu no Tokyo wa (Japan 2023 Viki) - Two young men with a shared tragic past reunite and fall in love all over again, but the past will not stop hunting them. It’s Japan in full on soft focus which means it gets emo, abusive, and chewy. These two characters are giving parts of their souls away in a desperate attempt to shape themselves to the expectations they have of each other it's heavy and cutting.

Moonlight Chicken (Thai 2023) - I enjoyed this complicated little show, even though it’s spectacularly messy gay with lots of shrapnel and authentic pain. EarthMix turn in their most compelling performance to date.

Bed Friend (Thai 2023 IQIYI) - Office frienamies transition a flaming hot one night stand into a f-buddy relationship that is built on a puppy/cat dynamic (and kinks into it at one point). Our puppy is loyal, smitten, and protective with endlessly longing eyes, while our cat is snarky, prickly, and deeply damaged (ALL THE TRIGGERS). NetJames give lovely high-heat with excellent chemistry and tuned-in performances of surprising depth.

Big Dragon (Thai 2022 Gaga) - This is a decent execution of true enemies to lovers, these two spy on and bully each other, exploring darker themes and self worth issues. The way the leads transition between anger, resentment, titillation, and flirting (and the way, with kinksters, this can all be the same thing) is really well done. A pairing that proved itself to be a lot more sophisticated than I expected with excellent chemistry, but something went askew around plot, directing, and ending. Still if you're in it for the sexy, go to, they did.

My Beautiful Man AKA Utsukushii Kare (Japan 2021 Gaga - One of the most Japanese BLs to release in the last decade, as weird and as messed up as any 2000′s yaoi: emo af and hella warped, entirely true to itself with no attempt made to modify its POV for modern sensibilities or current BL fandom. It used seriously old school problematic and kinky tropes, like whipping boy, for a truly uncompromising piece that also manages to hit up themes of communication, consent, and self acceptance. It’s a wonderful BL but uniquely dirty and harsh, in the best possible way - Japanese cinema, uncompromising.

End of the World With You

Junjou: Pure Heart

The Egoist

No thoughts on those three, not my thing.

You also might consider some of the stuff on this list:

Hope that gives you some options!

[lloydfrontera]

related to this do you think part of the reason javier wanted to be a knight of the frontera family so badly was because. that way he could stay. that way he could always be with them. maybe he wasn't and never would be part of the family, not really, but as long he could stay with them... couldn't that be enough? wasn't being allowed to stay worth giving his loyalty and even his life for them?

and do you think arcos accepted javier's oath as knight because he thought that maybe this way he could get him to stay. this way the child he grew to love as his own son would never have to leave. that he saw the kid he'd raised all those years, barely an adult and already ready to put his life in the line for someone else, and when he was offered the chance to keep him at his family's side forever, he took it with guilty relief. aware that if javier left he would go on to do great amazing things, so talented he'd be sought after by kings and emperors, but equally aware of the dangers that carried. that if javier left there was a chance he would never see him again. but if he stayed with them, if he stayed in their quiet and boring estate where nothing really happened... maybe he wouldn't become the great hero arcos knew he could, but he would be safe. and he's not javier's father, he missed that chance and he doesn't know if he can ever have it back, but he loves the kid like he were and isn't a father's duty to worry about his children's safety above anything else? isn't it worth it for the world to have one less hero if he's keeping his kid where he's safe?

[peeptheaesthetic]

[shalomniscient]

natlan 5.1 was batshit insane but i won't deny cookery when i see it. last 1/3 of the archon quest is just brilliantly done in my opinion, from writing to level design to soundtrack. just genuine excellence

[inamoratasonata]

🍂pumpkin spice and everything nice🍂

[sidewalkchemistry]

from the 'create & transform {handicrafting hobbies}' Pinterest board

[thinwhitedoc]

THE RESPONDER | Martin Freeman as Chris Carson

[puppyeared]

Space girl

[machinegrl]

[batwynn]

I’ve been seeing a lot of House MD stuff on here lately and it’s so funny to me how truly wild (affectionately) it all is compared to how… simple the general reactions were when it was airing.

2006 after a full first season: “Dr House so mean.” “He and Cuddy should date.” “It’s always Lupus.”

2023, 11 years after the finale: “Here’s my Dr Baby Girl and his bf moving in together AMV set to WAP.” “Here’s my 900 page essay on who is a bottom or top in the House/Wilson household.” “My fix it fic isn’t actually a fix it fic because it’s cannon that everyone survives their life threatening situation.” “It’s always Lupus.”

Anyway. I’m setting this as my expectations for fandoms from now on.

[jcmarchi]

Scientists pin down the origins of the moon’s tenuous atmosphere

New Post has been published on https://thedigitalinsider.com/scientists-pin-down-the-origins-of-the-moons-tenuous-atmosphere/

Scientists pin down the origins of the moon’s tenuous atmosphere

While the moon lacks any breathable air, it does host a barely-there atmosphere. Since the 1980s, astronomers have observed a very thin layer of atoms bouncing over the moon’s surface. This delicate atmosphere — technically known as an “exosphere” — is likely a product of some kind of space weathering. But exactly what those processes might be has been difficult to pin down with any certainty.

Now, scientists at MIT and the University of Chicago say they have identified the main process that formed the moon’s atmosphere and continues to sustain it today. In a study appearing today in Science Advances, the team reports that the lunar atmosphere is primarily a product of “impact vaporization.”

In their study, the researchers analyzed samples of lunar soil collected by astronauts during NASA’s Apollo missions. Their analysis suggests that over the moon’s 4.5-billion-year history its surface has been continuously bombarded, first by massive meteorites, then more recently, by smaller, dust-sized “micrometeoroids.” These constant impacts have kicked up the lunar soil, vaporizing certain atoms on contact and lofting the particles into the air. Some atoms are ejected into space, while others remain suspended over the moon, forming a tenuous atmosphere that is constantly replenished as meteorites continue to pelt the surface.

The researchers found that impact vaporization is the main process by which the moon has generated and sustained its extremely thin atmosphere over billions of years.

“We give a definitive answer that meteorite impact vaporization is the dominant process that creates the lunar atmosphere,” says the study’s lead author, Nicole Nie, an assistant professor in MIT’s Department of Earth, Atmospheric and Planetary Sciences. “The moon is close to 4.5 billion years old, and through that time the surface has been continuously bombarded by meteorites. We show that eventually, a thin atmosphere reaches a steady state because it’s being continuously replenished by small impacts all over the moon.”

Nie’s co-authors are Nicolas Dauphas, Zhe Zhang, and Timo Hopp at the University of Chicago, and Menelaos Sarantos at NASA Goddard Space Flight Center.

Weathering’s roles

In 2013, NASA sent an orbiter around the moon to do some detailed atmospheric reconnaissance. The Lunar Atmosphere and Dust Environment Explorer (LADEE, pronounced “laddie”) was tasked with remotely gathering information about the moon’s thin atmosphere, surface conditions, and any environmental influences on the lunar dust.

LADEE’s mission was designed to determine the origins of the moon’s atmosphere. Scientists hoped that the probe’s remote measurements of soil and atmospheric composition might correlate with certain space weathering processes that could then explain how the moon’s atmosphere came to be.

Researchers suspect that two space weathering processes play a role in shaping the lunar atmosphere: impact vaporization and “ion sputtering” — a phenomenon involving solar wind, which carries energetic charged particles from the sun through space. When these particles hit the moon’s surface, they can transfer their energy to the atoms in the soil and send those atoms sputtering and flying into the air. 

“Based on LADEE’s data, it seemed both processes are playing a role,” Nie says. “For instance, it showed that during meteorite showers, you see more atoms in the atmosphere, meaning impacts have an effect. But it also showed that when the moon is shielded from the sun, such as during an eclipse, there are also changes in the atmosphere’s atoms, meaning the sun also has an impact. So, the results were not clear or quantitative.”

Answers in the soil

To more precisely pin down the lunar atmosphere’s origins, Nie looked to samples of lunar soil collected by astronauts throughout NASA’s Apollo missions. She and her colleagues at the University of Chicago acquired 10 samples of lunar soil, each measuring about 100 milligrams — a tiny amount that she estimates would fit into a single raindrop.

Nie sought to first isolate two elements from each sample: potassium and rubidium. Both elements are “volatile,” meaning that they are easily vaporized by impacts and ion sputtering. Each element exists in the form of several isotopes. An isotope is a variation of the same element, that consists of the same number of protons but a slightly different number of neutrons. For instance, potassium can exist as one of three isotopes, each one having one more neutron, and there being slightly heavier than the last. Similarly, there are two isotopes of rubidium.

The team reasoned that if the moon’s atmosphere consists of atoms that have been vaporized and suspended in the air, lighter isotopes of those atoms should be more easily lofted, while heavier isotopes would be more likely to settle back in the soil. Furthermore, scientists predict that impact vaporization, and ion sputtering, should result in very different isotopic proportions in the soil. The specific ratio of light to heavy isotopes that remain in the soil, for both potassium and rubidium, should then reveal the main process contributing to the lunar atmosphere’s origins.

With all that in mind, Nie analyzed the Apollo samples by first crushing the soils into a fine powder, then dissolving the powders in acids to purify and isolate solutions containing potassium and rubidium. She then passed these solutions through a mass spectrometer to measure the various isotopes of both potassium and rubidium in each sample.

In the end, the team found that the soils contained mostly heavy isotopes of both potassium and rubidium. The researchers were able to quantify the ratio of heavy to light isotopes of both potassium and rubidium, and by comparing both elements, they found that impact vaporization was most likely the dominant process by which atoms are vaporized and lofted to form the moon’s atmosphere.

“With impact vaporization, most of the atoms would stay in the lunar atmosphere, whereas with ion sputtering, a lot of atoms would be ejected into space,” Nie says. “From our study, we now can quantify the role of both processes, to say that the relative contribution of impact vaporization versus ion sputtering is about 70:30 or larger.” In other words, 70 percent or more of the moon’s atmosphere is a product of meteorite impacts, whereas the remaining 30 percent is a consequence of the solar wind.

“The discovery of such a subtle effect is remarkable, thanks to the innovative idea of combining potassium and rubidium isotope measurements along with careful, quantitative modeling,” says Justin Hu, a postdoc who studies lunar soils at Cambridge University, who was not involved in the study. “This discovery goes beyond understanding the moon’s history, as such processes could occur and might be more significant on other moons and asteroids, which are the focus of many planned return missions.”

“Without these Apollo samples, we would not be able to get precise data and measure quantitatively to understand things in more detail,” Nie says. “It’s important for us to bring samples back from the moon and other planetary bodies, so we can draw clearer pictures of the solar system’s formation and evolution.”

This work was supported, in part, by NASA and the National Science Foundation.

[gothsuguru]

first draft of “premonition of love” has officially begun <3