Let’s assume you are correct, or at least “less wrong”. Then there will eventually exsist a set of simple tools {T} that can be combined to solve many AGI-level problems. A given problem P will require a particular “complex” solver S(P). But then we achieve AGI by creating a system S(S(P)) that can produce S(P) given P and the rules for use of the elements in {T}. It seems to me that S(S(P)) may be amenable to an AlphaGo Zero approach.
Let’s assume you are correct, or at least “less wrong”. Then there will eventually exsist a set of simple tools {T} that can be combined to solve many AGI-level problems. A given problem P will require a particular “complex” solver S(P). But then we achieve AGI by creating a system S(S(P)) that can produce S(P) given P and the rules for use of the elements in {T}. It seems to me that S(S(P)) may be amenable to an AlphaGo Zero approach.