We are all alone...together.
We are all alone...together.
Bloody humans. I want to hang out with the Vulcans.
It was already debunked by aggregate data, but this time the specific instance where it was observed was explained.Didn't we know that a few weeks ago? I thought it was already debunked, but maybe it was an unconfirmed debunking
It was already debunked by aggregate data, but this time the specific instance where it was observed was explained.
Question. Probes supposedly landed on Venus, way back. How the fuck did they land when the air temperature is north of 400 degrees, assuming they parachuted in?
Not with that attitude!
After re-examining the data, the original team are still confident in their conclusions:
Venus Phosphine Signal Confirmed by Original Team - The Debrief
A new study from the researchers behind the discovery of Phosphine gas in Venus' atmosphere has reaffirmed their original conclusions.thedebrief.org
Yeah this seems like it shouldn't count for much considering they are emotionally invested in being right. Don't get me wrong, I want them to be right, but it should be an unbiased peer review
Yeah need to be verified independentlyYeah this seems like it shouldn't count for much considering they are emotionally invested in being right. Don't get me wrong, I want them to be right, but it should be an unbiased peer review
Woohoo!After re-examining the data, the original team are still confident in their conclusions:
Venus Phosphine Signal Confirmed by Original Team - The Debrief
A new study from the researchers behind the discovery of Phosphine gas in Venus' atmosphere has reaffirmed their original conclusions.thedebrief.org
But now, a new study is giving new life to the tantalizing theory. Sulfuric acid, MIT scientists say, could be neutralized by the presence of ammonia, which astronomers also suspect to be present in the planet's atmosphere thanks to the Venera 8 and Pioneer Venus probe missions in the 1970s.
Ammonia would set off a long chain of chemical reactions, they say, that could turn Venus' clouds into a hospitable place.
In short, "life could be making its own environment on Venus," the researchers write in their paper, which was accepted into the journal Proceedings of the National Academy of Sciences.
This research provides a transformative hypothesis for the chemistry of the atmospheric cloud layers of Venus while reconciling decades-long atmosphere anomalies. Our model predicts that the clouds are not entirely made of sulfuric acid, but are partially composed of ammonium salt slurries, which may be the result of biological production of ammonia in cloud droplets. As a result, the clouds are no more acidic than some extreme terrestrial environments that harbor life. Life could be making its own environment on Venus. The model's predictions for the abundance of gases in Venus' atmosphere match observation better than any previous model, and are readily testable.
The studies focused on possible life in the temperate parts of the atmosphere, not on the surface.Venus is a hellhole. Life may have existed a long time ago but it's long, long dead now.
Evidence of that life may exist, but...it's Venus.
Man, it really sucks that it seems like there's nothing else out there like Earth sometimes.
So many planets out there and we're really all there is?
Man, it always sucks that it seems like there's nothing else out there like Earth.
So many planets out there and we're really all there is?
Man, it always sucks that it seems like there's nothing else out there like Earth.
So many planets out there and we're really all there is?
Man, it always sucks that it seems like there's nothing else out there like Earth.
So many planets out there and we're really all there is?
The studies focused on possible life in the temperate parts of the atmosphere, not on the surface.
Which is great at a sci-fi level, but the tech we have at our disposal/ability/budget (that the US government allocates) is nowhere near enough to study that in ways that make advancements within our lifetime.
I think.
Could DAVINCI+ confirm the existence of phosphine at Venus?
Yes. It includes two analytical instruments—the Venus Mass Spectrometer (VMS) and the Venus Tunable Laser Spectrometer (VTLS)—specifically designed to measure trace gases from around 70 km to the surface.
So if phosphine is abundant enough in the lower clouds and haze layers and in the deeper atmosphere, then phosphine can be searched for.
Which is great at a sci-fi level, but the tech we have at our disposal/ability/budget (that the US government allocates) is nowhere near enough to study that in ways that make advancements within our lifetime.
I think.
I think we're just in a boring corner of the universe. I'm sure there's Earth-like planet colonies partying it up with each other elsewhere in the universe.
This might be a stupid question to more knowledgeable people, but isn't it entirely possible that any life found on Venus is life accidentally brought over by any one of the various probes we've sent to Venus?
Like, our planet is full of all sorts of microbes and other shit that could theoretically survive a trek to Venus (I think tardigrades have been proven to be able to survive in space as an example) so if that did happen, is it possible that we accidentally brought some microbes over and what we are seeing now is the result of several decades of evolution of these microbes?
Like, there's that one doctor whose done the same evolution experiment with some bacteria (I wanna say E. Coli but don't quote me on that) for like 20 something years now and there have been several crazy traits that have evolved during the experiment, and that's only 20 something years, whereas any life brought over would have almost 60 years at most to evolve to succeed in Venus considering the first mission to Venus was in like 61 or 62 I think