|A kind of counter-example to your claim is the following: http://www.math.rutgers.edu/~zeilberg/GT.html It is an automated reasoning system for Euclidean geometry. Starting from literally nothing, it derived all of the geometric propositions in Euclid's Elements in a matter of seconds. Then it proceeded to produce a number of geometric theorems of human interest that were never noticed by any previous Euclidean geometers, classical or modern.
This is simply to point out that there are some fields of math that are classically very hard but computers find trivial. Another example is the verification of random algebraic identities by brute force.
On the other hand, large fields of mathematics have not yet come to be dominated by computers. For those I think this paper is a good introduction to some state-of-the-art, machine-learning based techniques: http://arxiv.org/abs/1108.3446 One can see from the paper that there is plenty of room for machine learning techniques to be ported from fields like speech and vision.
Progress in machine learning in vision and speech has recently been driven by the existence of huge training data-sets. It is only within the last few years that truly large databases of human-made proofs in things like set theory or group theory have been formalized. I think that future progress will come as these databases continue to grow.
Starting from literally nothing, it derived all of the geometric propositions in Euclid's Elements in a matter of seconds. Then it proceeded to produce a number of geometric theorems of human interest that were never noticed by any previous Euclidean geometers, classical or modern.
Where do you get these detailed claims about the program? I don't see anything like them in the book or here or here
In a recent comment thread I expressed skepticism as to whether there's been meaningful progress on general artificial intelligence.
I hedged because of my lack of subject matter knowledge, but thinking it over, I realized that I do have relevant subject matter knowledge, coming from my background in pure math.
In a blog post from April 2013, Fields Medalist Timothy Gowers wrote:
I don't know of any computer programs that have been able to prove theorems outside of the class "very routine and not requiring any ideas," without human assistance (and without being heavily specialized to an individual theorem). I think that if such projects existed, Gowers would be aware of them and would likely have commented on them within his post.
It's easy to give an algorithm that generates a proof of a mathematical theorem that's provable: choose a formal language with definitions and axioms, and for successive values of n, enumerate all sequences of mathematical deductions of length n, halting if the final line of a sequence is the statement of the the desired theorem. But the running time of this algorithm is exponential in the length of the proof, and the algorithm is infeasible to implement except for theorems with very short proofs.
It appears that the situation is not "there are computer programs that are able to prove mathematical theorems, just not as yet as efficiently as humans," but rather "computer programs are unable to prove any nontrivial theorems."
I'll highlight the Sylow theorems from group theory as examples of nontrivial theorems. Their statements are simple, and their proofs are not very long, but they're ingenious, and involve substantive ideas. If somebody was able to write a program that's able to find proofs of the Sylow theorems, I would consider that to be strong evidence that there's been meaningful progress on general artificial intelligence. In absence of such examples, I have a strong prior against there having been meaningful progress on general artificial intelligence.
I will update my views if I learn of the existence of such programs, or of programs that are capable of comparably impressive original research in domains outside of math.