Ironically, between Venus’ earth-like gravity and high atmospheric density, it might actually be easier to build cloud colonies on Venus than ground colonies on Mars.
Yep, yet it’s my understanding that it’d be easier to colonize Venus than Mars. Venus is closer, Venus’ gravity is similar to Earth’s, the air is extremely dense which means balloons would be very effective, iirc Venus has more opportunities for inter-planetary transit, high-altitude temperatures (where the balloons would float) are more similar to Earth’s, etc.
I think the theory is that it proves that ones favorite -ism that starts with c- is objectively superior to ones least favorite -ism that starts with c-.
In the long term, it’s also possible to alter the atmosphere on Venus until it’s approximately the same as Earth. It would be a massive undertaking, but a hell of a lot easier than getting Mars to a comfortably habitable state. And you could potentially get an entire habitable planet out of the deal, which would be nice.
Obviously it would take a significant investment of resources that would benefit some future generation, but not our own. So, back to being impossible, at least for now.
They’ve come up with a way they could do it. I dunno why you’re mad about that, I was just wanting to share an interesting tidbit I’d learned.
My understanding is that the reason why scientists like playing with the idea is that it’s more feasible than it immediately seems, and it’d solve some of the issues that a Mars colony would have (increased solar radiation due to low atmospheric density and weak electromagnetic field as well at very low gravity).
Would it be expensive? Yeah. We’re talking about colonizing another planet though. It already is going to cost hundreds of billions if not trillions to do.
Ironically, between Venus’ earth-like gravity and high atmospheric density, it might actually be easier to build cloud colonies on Venus than ground colonies on Mars.
Except that venus is just absolutely hostile to everything
Nah, we just need to crash Mercury into the surface of Venus, get the rotation sorted out and a moon going. After that, buildings.
Now you bring this home, add some broth, a potato, baby, you’ve got a stew going.
Yep, yet it’s my understanding that it’d be easier to colonize Venus than Mars. Venus is closer, Venus’ gravity is similar to Earth’s, the air is extremely dense which means balloons would be very effective, iirc Venus has more opportunities for inter-planetary transit, high-altitude temperatures (where the balloons would float) are more similar to Earth’s, etc.
Okay, so make a blimp rover already if it’s so easy.
Sure, lemme just waltz over to my money tree and harvest some cash.
I didn’t say it wouldn’t still be obscenely expensive.
Yeah what would be the benefit to colonies Venus vs just living in space? Gravity?
I think the theory is that it proves that ones favorite -ism that starts with c- is objectively superior to ones least favorite -ism that starts with c-.
That’s why balloons! You can have sick blimps on Venus and IIRC you can capture atmospheric gasses to burn as fuel for them and to create water too.
In the long term, it’s also possible to alter the atmosphere on Venus until it’s approximately the same as Earth. It would be a massive undertaking, but a hell of a lot easier than getting Mars to a comfortably habitable state. And you could potentially get an entire habitable planet out of the deal, which would be nice.
Kurzgesagt had an interesting video on the topic.
Obviously it would take a significant investment of resources that would benefit some future generation, but not our own. So, back to being impossible, at least for now.
Right cause getting food/oxygen/water is so easy while in fucking hot air balloons.
They’ve come up with a way they could do it. I dunno why you’re mad about that, I was just wanting to share an interesting tidbit I’d learned.
My understanding is that the reason why scientists like playing with the idea is that it’s more feasible than it immediately seems, and it’d solve some of the issues that a Mars colony would have (increased solar radiation due to low atmospheric density and weak electromagnetic field as well at very low gravity).
Would it be expensive? Yeah. We’re talking about colonizing another planet though. It already is going to cost hundreds of billions if not trillions to do.
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