Aside from risk aversion, in the appendix, I list some more cognitive biases that might be at play for why people prefer RCTs.
Relatedly, perhaps people sympathetic to long-termism might believe that speeding up growth might speed up GCRs from emerging technologies. And while it is unclear when growth will speed up x-risk at all (see for instance), I think that when it comes to differential technological development, not all growth is equal.
What speeds up risks from emerging technologies is mostly growth in highly technical sectors in high-income countries. Growth in low-income countries will not increase world growth much and is less likely to cause risks from emerging technologies.
Put simply: Burundi’s catch-up growth won’t speed up global growth by much, is unlikely to speed up risks from AI or bio any time soon. Growth has been argued to lead to “Greater opportunity, tolerance of diversity, social mobility, commitment to fairness, and dedication to democracy.” Perhaps growth in poor countries will actually increase stability and thus be good from a differential technological development point.
But even if growth in poor countries will slightly increase x-risks, then it might still be optimal to support it and offset the x-risk increase through targeted interventions to decrease x-risks. This is because multiobjective optimization for both x-risk reduction and global poverty is likely harder than single objective optimization for the most effective interventions in each category separately.
Yes, interesting take.
Aside from risk aversion, in the appendix, I list some more cognitive biases that might be at play for why people prefer RCTs.
Relatedly, perhaps people sympathetic to long-termism might believe that speeding up growth might speed up GCRs from emerging technologies. And while it is unclear when growth will speed up x-risk at all (see for instance), I think that when it comes to differential technological development, not all growth is equal.
What speeds up risks from emerging technologies is mostly growth in highly technical sectors in high-income countries. Growth in low-income countries will not increase world growth much and is less likely to cause risks from emerging technologies.
Put simply: Burundi’s catch-up growth won’t speed up global growth by much, is unlikely to speed up risks from AI or bio any time soon. Growth has been argued to lead to “Greater opportunity, tolerance of diversity, social mobility, commitment to fairness, and dedication to democracy.” Perhaps growth in poor countries will actually increase stability and thus be good from a differential technological development point.
Lower skilled labor also competes with AI R&D and so increasing trade and migration decrease AI R&D (see “Why Are [Silicon Valley] Geniuses Destroying Jobs in Uganda?”.
But even if growth in poor countries will slightly increase x-risks, then it might still be optimal to support it and offset the x-risk increase through targeted interventions to decrease x-risks. This is because multiobjective optimization for both x-risk reduction and global poverty is likely harder than single objective optimization for the most effective interventions in each category separately.
If lower-skilled labor reduces AI R&D and therefore slows the pace of AI development, wouldn’t it also reduce the risk of x-risks from AI?