So far, it’s just a dream that convinced some investors to part with their money.
Starcloud
91–100 of 234 posts
Re: Starcloud
#92If this math added up, wouldn't solar panels and radiators on earth solve the same problem?
Re: Starcloud
#93Also Altman: Let's build gigawatts of nuclear for AI
Musk: has stake in space and AI companies
Also Musk: Let's build AI datacenters in space
Re: Starcloud
#94Earlier quoted context omitted.
I think the bigger thing about a space-based data center that it's not on anyone's land, and not easy to inspect or capture. Solar energy available around the clock allows it to be self-sufficient for a long time. I suppose there will be some demand for high-security, high-price setups like that.
But read/write access to the datacentre is on someone's land, and spacefaring powers without access to that can still interfere with its effective operation...
Re: Starcloud
#95Re: Starcloud
#96Shielding also.
And latency.
Re: Starcloud
#97Cooling will be a real bitch. Shielding also. And latency.
Re: Starcloud
#98Edit: Some back of the envelope calculation suggests that the total cross-sectional area of all man-made orbiting satellites is around 55000 m^2. Just one 4km x 4km = 1600000m^2 starcloud would represent an increase by a factor of about 300. That's insane.
Re: Starcloud
#99And how long is that life exactly? There is zero chance this is a net positive for carbon emissions, much less a remotely economical way to build or operate datacenters.
Re: Starcloud
#100How is a multiple square-kilometer radiator not just an inevitable Kessler syndrome disaster? Edit: Some back of the envelope calculation suggests that the total cross-sectional area of all man-made orbiting satellites is around 55000 m^2. Just one 4km x 4km = 1600000m^2 starcloud would represent an increase by a factor of about 300. That's insane.