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Week 1
(collapsed, click to expand)- Completed Lecture Video 1.1: Introduction to two players Left and Right
- Completed Lecture Video 1.2: What is a Combinatorial Game?
- Completed Lecture Video 1.3: Example Problem
- Completed Lecture Video 1.4: Example Problem Solution
Week 2
(collapsed, click to expand)- Completed Lecture Video 2.1: Cutcake and Adding Games
- Completed Lecture Video 2.2: The 0 Game
- Completed Lecture Video 2.3: Adding Games
- Completed Lecture Video 2.4:Quiz Problems
Week 3
(collapsed, click to expand)- Completed Lecture Video 3.1: Ordering Games
- Completed Lecture Video 3.2: Example and a Problem
- Completed Lecture Video 3.2: Problem Solution
- Completed Lecture Video 3.3: Ski jumps
- Completed Lecture Video 3.4: Games that are not numbers
- Completed Lecture Video 3.4: Proof and quiz
Week 4
(collapsed, click to expand)- Completed Lecture Video 4.1: Some Numbers are games
- Completed Lecture Video 4.2: Some games are numbers
- Completed Lecture Video 4.3: Simplicity
- Completed Lecture Video 4.4: More numbers
- Completed Lecture Video 4.5: Quiz
Week 5
(collapsed, click to expand)- Completed Lecture Video 5.1: New ways of simplifying games
- Completed Lecture Video 5.2: Examples from nim
- Completed Lecture Video 5.3: General Reversible
- Completed Lecture Video 5.4: Toads and Frogs
Week 6
(collapsed, click to expand)- Completed Lecture Video 6.1: Nim and How to Win
- Completed Lecture Video 6.2: Impartial Games, reversible moves
- Completed Lecture Video 6.3: Examples, Mex
- Completed Lecture Video 6.4: All impartial games are equivalent to nim
Week 7
(collapsed, click to expand)- Completed Lecture Video 7.1: Infinite Games
- Completed Lecture Video 7.2: Loopy Games
- Completed Lecture Video 7.3: Mean Values, hot, cold, sente, gote
- Completed Lecture Video 7.4: Atomic Weights