If no-one does the work, the work will not be done.
Correct. So should that work be done, or should the resources be put to alternative uses?
In other words, would you like to engage with Professor Cochrane's arguments?
Cochrane's arguments don't amount to much. There are two. One is that BIG1 x LOTS > BIG2, the unspecified numbers being respectively the cost of addressing global warning, the number of similarly expensive major threats, and total human resources. No numbers are attached, nor any argument given to establish the inequality. An argument that consists of saying "look how big (or small) this number is!" is worthless unless some effort is made to say specifically why the number is in fact big (or small) enough to do the work demanded of it.
His othe...
The finance professor John Cochrane recently posted an interesting blog post. The piece is about existential risk in the context of global warming, but it is really a discussion of existential risk generally; many of his points are highly relevant to AI risk.
He also points out that the threat from global warming has a negative beta - i.e. higher future growth rates are likely to be associated with greater risk of global warming, but also the richer our descendants will be. This means both that they will be more able to cope with the threat, and that the damage is less important from a utilitarian point of view. Attempting to stop global warming therefore has positive beta, and therefore requires higher rates of return than simple time-discounting.
It strikes me that this argument applies equally to AI risk, as fruitful artificial intelligence research is likely to be associated with higher economic growth. Moreover:
So should we close down MIRI and invest the funds in an index tracker?
The full post can be found here.