311–320 of 667 posts
Earlier quoted context omitted.
Yes, beyond the three things that are the hard parts it's easy.
As problems go, radiation and cooling seem to have relatively low dimensionality compared to the other problems. It seems to be mostly a question of optimizing within the dimensions of dissipation / structure / deployment / service / cost / weight. When all is said and done, the cooling solution will end up being a module that can deal with some power dissipation, cost X amount, weight Y amount, have structural inter…
Nobody is saying orbital datacentres can't be cooled, they're saying people arguing launching the mass of the required radiators into space is a better, more cost-effective cooling solution than pumping local water because "space is cold" are talking nonsense. Potential solutions don't look like trying to get 5000 engineers to invent radiators which defy the laws of physics, they probably look like amortising the costs over multiple decades of operation and ideally assembling the radiator portion of the datacentre from mass that's already in orbit, but that's not a near term profit pitch....
He again mentions data center in space. He has to be the biggest richest idiot on the planet. It should be a lot cheaper to just buy massive solar (wait, couldn't he just make them himself with his tesla roofs?) and batteries (which Tesla also makes) and put Datacenter in some dessert and put fiber to that place... But it seems he needs some angle to push all this necessary investment into something? Are we now in th…
Nobody seem to care about reality anymore or facts. You may as well put a data center at the bottom of the ocean which would be way easier but no one is doing that either. In the end in like 10-15 years when others land on the moon and build amazing new things maybe just maybe there will be a realization that playing scifi doesn't produce results.
Earlier quoted context omitted.
One of the underrated topics about space right now is the potential supply of rockets outstrips demand by a lot. We're simply out things we can profitably send to space so SpaceX and others are trying to come up with ideas to induce demand. My understanding is that Starlink mostly grew out of the same need to justify scaling up rocket production.
I don't know why space marines aren't a thing yet. The USA could put a rapid reaction force of Tier 1 Special Forces onto a space station and deploy them through atmospheric re-entry anywhere on Earth within 30 minutes. I can only assume "too easy to track" is part of the logic. Ditto for kinetic strikes. That was super hyped up.
Dropping steel rods from orbit didn't seem so crazy. But I've never seen a detailed evaluation of the idea.
He again mentions data center in space. He has to be the biggest richest idiot on the planet. It should be a lot cheaper to just buy massive solar (wait, couldn't he just make them himself with his tesla roofs?) and batteries (which Tesla also makes) and put Datacenter in some dessert and put fiber to that place... But it seems he needs some angle to push all this necessary investment into something? Are we now in th…
He again mentions data center in space. He has to be the biggest richest idiot on the planet. It should be a lot cheaper to just buy massive solar (wait, couldn't he just make them himself with his tesla roofs?) and batteries (which Tesla also makes) and put Datacenter in some dessert and put fiber to that place... But it seems he needs some angle to push all this necessary investment into something? Are we now in th…
Earlier quoted context omitted.
Yes, beyond the three things that are the hard parts it's easy.
As problems go, radiation and cooling seem to have relatively low dimensionality compared to the other problems. It seems to be mostly a question of optimizing within the dimensions of dissipation / structure / deployment / service / cost / weight. When all is said and done, the cooling solution will end up being a module that can deal with some power dissipation, cost X amount, weight Y amount, have structural inter…
Given the current trajectory of battery and solar prices I just don't that space-based systems are cheaper in any way.
Of course there is a long-term aspect should we climb the ladder in the Kardashev scale: Once we used all solar radiation reaching earth we must move to space to grow. But that is decades if not centuries away.
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Beyond aggressively optimistic timelines, I find it difficult to disagree with the premise. The aggressively optimistic timelines is also what makes it feasible to even attempt these things, where e.g. the amount of iteration required for Starship would have broken most other companies. > In the long term, space-based AI is obviously the only way to scale. In the long term - all mass and energy available is outside o…
Define “long term”. Nuclear energy is practically unlimited, plus fusion (if it ever works).
Earlier quoted context omitted.
I'm basically assuming that "space-based data centers" are some Glomar Explorer-style cover for something else.
The more straightforward explanation is that it's a story that Elon (probably correctly) thinks will sound good to wall-street and enable him to take a ton of the publics money when SpaceX IPOs and gets added to the S&P for himself. In other words good old fashioned plausibly deniable securities fraud.
Earlier quoted context omitted.
Beyond aggressively optimistic timelines, I find it difficult to disagree with the premise. The aggressively optimistic timelines is also what makes it feasible to even attempt these things, where e.g. the amount of iteration required for Starship would have broken most other companies. > In the long term, space-based AI is obviously the only way to scale. In the long term - all mass and energy available is outside o…
Just go to Google Maps. Just do it. Type in Arizona, or new mexico, texas whatever. Do you see all this brownish stuff? Yeah thats just empty land with A LOT of solar. So in the long term, what do you think is cheaper and easier to maintain, upgrade, handle etc.? A Space operation on which you need to send compute hardware constantly upwoards or a fiber connection to some more 'remote/dessert' like area which has a l…
'Brownish stuff', known more generally as natural ecosystems.
> So in the long term, what do you think is cheaper and easier to maintain, upgrade, handle etc.?
How long a term does your imagination stretch to? Are you really arguing that once provisioning, cooling, automated scaling in space, and off-planet mining are all solved problems, that shitting on our planet will still be the cheapest most maintainable option?