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The ISS has run many hundreds[1] of experiments, and more are sent up with every launch. It's an invaluable resource, because it's the only (relatively) cheap r
by wyattpeak 5y ago
The ISS has run many hundreds[1] of experiments, and more are sent up with every launch. It's an invaluable resource, because it's the only (relatively) cheap resource we have for running microgravity experiments which require human input.
They're not the sort of headline-grabbing experiments that most people seem to associate with space (I don't know why they do, most science isn't very exciting), but it's facilitating a lot of science which couldn't reasonably be done without it.
[1] https://en.wikipedia.org/wiki/Scientific_research_on_the_International_Space_Station https://en.wikipedia.org/wiki/Scientific_research_on_the_Int...
- wongarsu 5y agoIn a addition to the purely scientific utility, a low orbit space station is also the perfect place for microgravity manufacturing. The ISS already manufactured ZBLAN optical fibre, and there are other promising applications in optics. I wouldn't be surprised if over the years we find a lot of production processes that benefit from the absence of gravity