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A Promising Path Towards Autoformalization and General Artificial Intelligence

Christian Szegedy
Springer (2020), pp. 3-20
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Abstract

An autoformalization system is an AI that learns to read natural language content and to turn it into abstract, machine verifiable formalization, ideally by bootstrapping from unlabeled training data with minimum human interaction. This is a difficult task in general, one that would require strong automated reasoning and automated natural language processing capabilities. In this paper, it is argued that autoformalization is a promising path for systems to learn sophisticated, general purpose reasoning in all domains of mathematics and computer science. This could have far reaching implications not just for mathematical research, but also for software synthesis. Here I provide the outline for a realistic path towards those goals and give a survey of recent results that support the feasibility of this direction.

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