The “AI Goes Galactic” scenario will be hard to accomplish given that radiation (especially cosmic rays) frequently damages electronic equipment in space (including low earth orbit). Add to the fact that today’s chips have incredibly small transistors, anyone putting up orbital data centers will need to be adept at doing workarounds that will be much more difficult than the ones NASA (and other space agencies) do to repair the much older and larger transistor chips currently in space.
Look at Musk trying to be as cool as Dark Brandon, his hero and arguable the man who made him the wealthiest man buy funding his govt contracts and subsidies when he only had 3 million to start his three companies… all of which we created to use the Obama administration initiatives to enrich himself.
The “AI Goes Galactic” scenario will be hard to accomplish given that radiation (especially cosmic rays) frequently damages electronic equipment in space (including low earth orbit). Add to the fact that today’s chips have incredibly small transistors, anyone putting up orbital data centers will need to be adept at doing workarounds that will be much more difficult than the ones NASA (and other space agencies) do to repair the much older and larger transistor chips currently in space.
The complexities of modern chip designs and constant cosmic radiation indeed pose a substantial barrier to AI's galactic aspirations.
Look at Musk trying to be as cool as Dark Brandon, his hero and arguable the man who made him the wealthiest man buy funding his govt contracts and subsidies when he only had 3 million to start his three companies… all of which we created to use the Obama administration initiatives to enrich himself.