WEEK # | TOPICS | KEY DATES |
---|---|---|
1 | Introduction | |
2 | Time Travel / Free Will | Problem set 1 due |
3 | Newcomb's Paradox | Problem set 2 due |
4 |
Coordination Games: Nash Equlibria, Schelling Points and the Prisoner's Dilemma (This session was conducted by TA Owain R. Evans.) | Extra-credit problem set 2.5 due |
5 | Foundations of Probability | Problem set 3 due |
6 | Zeno's Paradoxes | Problem set 4 due |
7 | Infinity | Problem set 5 due |
8 | The Higher Infinite | Problem set 6 due |
9 | The Axiom of Choice | Problem set 7 due |
10 | Computability | |
11 | Computability (cont.) | Problem set 8 due |
12 | Computability (cont.) / Gödel's Theorem | |
13 | Gödel's Theorem (cont.) | Problem set 9 due |
14 | Concluding remarks | End-of-Term assignment due |