It’d take a ton of energy but I suppose it’s theoretically possible.
The article basically says that moon rock/dust are oxides which have oxygen to extract—we can easily figure out the Gibbs free energy required to break apart silicates (for example) into oxygen, but I can almost guarantee we won’t like the answer.
I estimate it will be on the order of thousands of square meters+ of solar panels to sustain a human, which doesn’t seem sustainable at all. That doesn’t include what to do with the leftover base materials or catalysts.
Bringing photosynthesizing plants into the ecosystem in such a way that they could survive it makes much more sense based on first principles.
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[ 1.7 ms ] story [ 17.9 ms ] threadThe article basically says that moon rock/dust are oxides which have oxygen to extract—we can easily figure out the Gibbs free energy required to break apart silicates (for example) into oxygen, but I can almost guarantee we won’t like the answer.
I estimate it will be on the order of thousands of square meters+ of solar panels to sustain a human, which doesn’t seem sustainable at all. That doesn’t include what to do with the leftover base materials or catalysts.
Bringing photosynthesizing plants into the ecosystem in such a way that they could survive it makes much more sense based on first principles.
189 points|samizdis|23 hours ago|200 comments
https://news.ycombinator.com/item?id=29196304