1) Regarding tiling the universy with computronium as destiny is Gnostic heresy.
2) I would like to learn more about the ecology of space infrastructure. Intuitively it seems to me like the Earth is much more habitable than anywhere else, and so I would expect sarah’s “this is so futile” point to actually be inverted when it comes to e.g. a Dyson sphere, where the stagnation-inducing worldwide regulation regulation will by-default be stronger than the entropic pressure.
More generally, I have a concept I call the “infinite world approximation”, which I think held until ~WWI. Under this approximation, your methods have to be robust against arbitrary adversaries, because they could invade from parts of the ecology you know nothing about. However, this approximation fails for Earth-scale phenomena, since Earth-scale organizations could shoot down any attempt at space colonization.
People who love solarpunk don’t obviously love computronium dyson spheres tho
That is true, though:
1) Regarding tiling the universy with computronium as destiny is Gnostic heresy.
2) I would like to learn more about the ecology of space infrastructure. Intuitively it seems to me like the Earth is much more habitable than anywhere else, and so I would expect sarah’s “this is so futile” point to actually be inverted when it comes to e.g. a Dyson sphere, where the stagnation-inducing worldwide regulation regulation will by-default be stronger than the entropic pressure.
More generally, I have a concept I call the “infinite world approximation”, which I think held until ~WWI. Under this approximation, your methods have to be robust against arbitrary adversaries, because they could invade from parts of the ecology you know nothing about. However, this approximation fails for Earth-scale phenomena, since Earth-scale organizations could shoot down any attempt at space colonization.