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Do you know anyone that works at SpaceX? They get paid well, yes, but my friends who work there say they work you really hard. The bet that's being made is that

Do you know anyone that works at SpaceX? They get paid well, yes, but my friends who work there say they work you really hard. The bet that's being made is that there will be advancements in materials science that make data centers in space viable. If you hypothesize that there's a way to cool things down in space if you just had the right material to do it, it makes sense. Starlink satellites are already compute plus solar panels. Just scale it up! Or course "just" is doing a lot of work here, but that's the theory.

vel0city 3mo ago
> Starlink satellites are already compute plus solar panels. Just scale it up! Starlink satellites use probably less than 1/100th the power budget of even these earlier supposed plans. They don't use much power at all in comparison. They're also big flat pancake for their body, as they want to have a good bit of area for their antenna array. So the other side can just focus on cooling very close to the actual compute parts. It's a radically different set of engineering requirements. For something line the AI1, you're looking at a few million in launch costs for the mass of the cooling system alone and that's assuming they get Starship flying around their projected costs. What's the install cost per rack or cooling equipment on the ground? Even say I'm overshooting it 100%, those numbers still don't sound very good!