alt Hacker NewsI still have no idea how that would work. Imagine launching an entire data center building into space, and then imagine also launching a solar array to power it, and then also launching a gigantic radiator to cool it... and the radiator is full of some kind of liquid that can never leak even though it's in a vacuum.
Like, sure, but also, that seems like a lot of work, a lot of extra cost, and a lot of risk, all just to avoid building it in Kansas.
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That's the cool part, scoofy. You don't need to understand how it will work, you don't need to take any physics classes, round up enough investors, seek out and explain the basic ideas with the people who will make it happen, or invent anything new. Nor do you need to understand political sciences, taxation, jurisdictions, supply chains, or anything else needed to understand the question behind the Data Centers in Space solution.
You aren't even being roped into it with taxes, nor do you have to buy a single share. Other than willingly reading about it on whichever news sources you choose, your observed life will not change a single bit.
You can choose to seek out that info, or you can remain blissfully ignorant. But please don't join the online cacophony of people polluting the threads thinking everyone wants to understand just how ignorant they are.
I get it, I really do. It's a hard task and you don't understand it. But WHY do you feel the need to share that you don't understand? Do you think it makes you look smarter? Do you feel like you fit in more now? If you seek to understand, why aren't you asking questions??
There's no laws in space, which is the key.
You should actually stop and try to imagine it, or failing that, read some of the proposals from companies who want to do it.
None involve launching buildings.
You can look at their models for comparisons with Kansas. There is literature and papers you can read about this. Some go back decades if you include space power transmission, which are related.
It was also hard for many people to imagine a reusable booster, a belly flopping Starship, catching the largest booster ever built with “chopsticks”, a 10,000 satellite constellation, etc.
Orbital compute is technically very feasible. We’re not talking about a datacenter-sized structure, but a lot of rack-sized satellites connected by laser links. SpaceX has gotten pretty good at building, launching, and managing large constellations.
Economically it obviously it has challenges, but there are some advantages (6x solar production, free real estate, less regulation, arguably simpler cooling) to balance the extra costs (launch, radiators, lack of access for maintenance, limited lifespan, etc).