The 1930's witnessed two revolutionary developments in mathematical logic: first, Gvdel's famous incompleteness theorems, which demonstrate the limitations of formal mathematical reasoning, and second, the formal analysis of the notion of computation in the work of Turing, Gvdel, Herbrand, Church, Post, Kleene, and others, together with Turing's results on the limits of computation. This course will cover these developments, and related results in logic and the theory of computability. Prerequisites: 80-210 or 80-211, or an equivalent course in Mathematics or Computer Science. 12 units | |
Popularity index | | Students also scheduled | | |
No comments about this course have been posted, yet. Be the first to post!
Share your opinion on this course with other Pulse readers. Login below or
register to begin posting.