Agreed. And even in the scenario where we could continue to find more valuable patterns of matter even billions of years in the future, I don’t think that efforts to accelerate things now would have any significant impact on the value we will create in the future, because it seems very likely that our future value creation will mostly depend on major events that won’t have much to do with the current state of things.
Let’s consider the launch of Von Neumann probes throughout the universe as such a possible major event: even if we could increase our current growth rate by 1% with a better allocation of resources, it doesn’t mean that the future launch of these probes will be 1% more efficient. Rather, the outcomes of this event seem largely uncorrelated with our growth rate prior to that moment. At best, accelerating our growth would hasten the launch by a tiny bit, but this is very different than saying “increasing our growth by 1% now will increase our whole future utility by 1%”.
Agreed. And even in the scenario where we could continue to find more valuable patterns of matter even billions of years in the future, I don’t think that efforts to accelerate things now would have any significant impact on the value we will create in the future, because it seems very likely that our future value creation will mostly depend on major events that won’t have much to do with the current state of things.
Let’s consider the launch of Von Neumann probes throughout the universe as such a possible major event: even if we could increase our current growth rate by 1% with a better allocation of resources, it doesn’t mean that the future launch of these probes will be 1% more efficient. Rather, the outcomes of this event seem largely uncorrelated with our growth rate prior to that moment. At best, accelerating our growth would hasten the launch by a tiny bit, but this is very different than saying “increasing our growth by 1% now will increase our whole future utility by 1%”.