|July 3rd, 2017|
|giving, airisk [html]|
Here's where I currently am:
I've read nearly all of the reading people suggested (by number of words) or about two thirds of it (by individual pieces). This is mostly an effect of Superintelligence being very long.
I've had conversations with one person in each camp, have a few more scheduled, and am working on lining up more.
Here are some very preliminary thoughts on where I think the disagreement might be:
How likely is it that current approaches are all we need for AGI, with relatively straightforward extensions and a lot of scaling?
How valuable is it to work on solving problems that are probably not the right ones? For example, even if we think AGI will not look like current systems, might trying to solve the control problem for current systems teach us enough about the underlying problem and how to do this kind of work that we'll be in a better position once we see more what AGI will actually look like?
How useful is it to have a strong theoretical foundation, vs just understanding the technology enough from an engineering perspective that we can make it do things for us?
How similar is this to normal engineering? How much should we expect companies' desires that their AI systems do what they want them to do to work out?
As we get closer to AGI, how likely is the ML community to take superintelligence risk seriously? Is it just that they don't think it can be productively worked on now or do they not think it will ever be a real problem?