2011 Classes
Here is an overview of our courses from this summer. You can also see a grid version of the 2011 global schedule.
Algebra
- Adventures in Group Theory
- Algebraic Geometry
- Commutative Algebra
Counting Algebra with Generating Series
- Doubly Infinite Laurent Series
- Freedom
- Group Theory
- Groups in Action: Finite Rotational Symmetries
- Introduction to Ring Theory
- Linear Algebra
- Partially-Ordered Sets and Möobius Inversion
- Planar Algebras
- Topics in Group Theory
Analysis
- Analysis on the Hyperreals
- Complex Analysis
- Discrete Calculus
- Do-It-Yourself Real Numbers
- Metric Spaces and Real Analysis
- Multivariable Calculus Crash Course (MC3)
- Transcendental Numbers
Applied Math
- Collective Rationality
- Complex Dynamics
- Mathematics of Manipulation: Democracy, Power, and Marriage Proposals
- Special Relativity
- Tensor Products
- The n-body Problem
- Colloquium: Matings of Polynomials
Combinatorics
- Combinatorial Game Theory
- Counting with Generating Series
- Flows on Graphs
- Hyperplane Arrangements
- Introduction to Graph Theory
- Matroids
- Matroids II
- Perfect Graph Theory
- Spectral Graph Theory
- The Conway Hour
- Colloquium: John Conway
- Colloquium: Möbius Inversion and Colorings of Graphs
- Colloquium: The magic of expanders
Computer Science
- Calendrical Calculations
- Mathematical Formulas and the P vs. NP Problem
- Probabilistic Programs: A Foundation for Artificial Intelligence
- Proofs are Programs
- Quantum Computation
- Colloquium: Topological Quantum Computation
Geometry
- Isom(Hn)
- Combing the Sphere and Vector Fields
- Conformal Geometry of the Sphere
- Convex Polytopes
- Cubic Curves
- Ehrhart
- Paper folding construction
- Tangent Spaces and Metrics on the Sphere
- The Gauss Circle Problem
- The Geometry of Metric Spaces
- Thirteen Ways of Looking at a Projective Plane
- Colloquium: Isoperimetric Inequalities
Logic/Set Theory
- Gödel's Incompleteness Theorems
- Infinite Trees
- Infinity and Beyond
- Set Theory as a Foundation for Mathematics
- The Category of Sets
- Colloquium: How do we know that 2+2=4?
Number Theory
- p-adics
- Diophantine Equations
- Introduction to Number Theory
- The Riemann Zeta Function
- Colloquium: The curious case of xn+1 = kxn(1-xn)
Problem Solving
- Basic Problem Solving
- Intro to Problem Solving
- Olympiad Problem Solving
- Problem Solving
Topology
- Covering Spaces and the Fundamental Group
- Knotty Groups
- Point Set Topology (in Four Weeks)