xoggy ( @xoggy@programming.dev ) 50•8 months agoTLDR sunlight hits the carbon-dioxide in the atmosphere and splits it into carbon-monoxide and oxygen then on the night side it recombines.
Treczoks ( @Treczoks@lemm.ee ) 8•8 months agoJust imagine an atmosphere so energized that it strips oxygen out of CO2. Not the coziest place to live…
4dpuzzle ( @tesseract@beehaw.org ) English4•8 months agoSo you either asphyxiate or get poisoned with carbon monoxide?
interolivary ( @interolivary@beehaw.org ) 5•8 months agoWell if you’re high up enough that the absolutely crazy temperature (around 470 °C, 878 °F) and pressure (90 bar so like being 900m / 3000ft underwater) don’t kill you I guess?
4dpuzzle ( @tesseract@beehaw.org ) English5•8 months agoI was joking in my other comment. But I remember seeing a study or rendering of the idea you described. Somebody out there is considering it seriously.
interolivary ( @interolivary@beehaw.org ) 3•8 months agoHa yeah I think I’ve read something to that effect. Fun idea at least, but holy shit would living in a floating Venusian city be scary; would you trust systems built by the lowest bidder to keep the city in the air so it doesn’t fall down into the Venusian hellscape? Also, better have great handrails 😄
sandriver ( @sandriver@beehaw.org ) 1•8 months agoI believe NASA ultimately had to scrap the idea, but the cloud 9 buoyant cities idea is an old one, tracing back to Bucky Fuller and Earth, and it’s vastly more plausible than trying to make Mars habitable. Or even the Moon! Venus has Earthlike conditions if you exploit buoyancy to settle in the goldilocks area of the atmosphere.
DaveedMee ( @DaveedMee@beehaw.org ) English4•8 months agoyou are a god send