this post was submitted on 04 Aug 2023
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[–] Aceticon@lemmy.world 10 points 1 year ago (6 children)

If you go to Mars you can land and explored all possibilities inherent to being on the ground (including, most importantly, using the water ice from the south pole).

Venus on the other hand is a ball of rock wrapped in a dense and hot acid soup: you'de have to beat way worse technical challenges for, maybe, being able to locally extract from the athmosphere chemical compounds which you can just as easilly make on Earth (it's mostly CO2 and sulfuric acid, though apparently it has 20 ppm of water).

It would make more sense to just have a moon base.

[–] unceme@lemmy.one 3 points 1 year ago (4 children)

I don't wanna defend the guy but he did say floating colony, the atmosphere about 1 km up from the surface sits at earthlike temperatures and pressures-- astronauts would only need a breathing mask and some light skin protection as opposed to a pressure suit which is a major advantage.

[–] DrGumby@lemm.ee 2 points 1 year ago (1 children)

May be a silly question, but how would you go about making a floating colony? I dont think we have the tech to keep a city perpetually floating.

[–] unceme@lemmy.one 2 points 1 year ago

The theory is that since most of Venus' atmosphere is CO2 at this level, the breathable atmosphere of a human habitat is actually bouyant, which would make suspending a colony much easier.

Doing something like that on the scale of a research presence like the ISS is within the realm of current technology-- but you are right that doing so for a whole city is not technically possible at the moment-- nor is true space colonization in general, I would argue. There's a lot of unknowns and unsolved problems.

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