L1
|
1/28 |
C. H. Sequin
|
What is symmetry?
Bilateral and Rotational Symmetries in 2D.
|
| L2 |
2/04 |
CHS
|
Translation. Frieze
Symmetries. Symmetry Groups.
|
| L3 |
2/11 |
CHS |
Symmetry of Finite
Objects. Intro to Topology. The Genus of an
Object.
|
| |
2/18 |
HOLIDAY
|
=== Presidents' Day ===
|
| L4 |
2/25 |
J. Andrews |
Finding Approximate Symmetry
by Computer.
|
| L5 |
3/04 |
CHS |
The 5 Platonic Solids.
Regular Polytopes in Higher Dimensions. |
| L6 |
3/11 |
CHS |
Graph Embeddings. Global
Connectivities of a 2D World. |
| L7 |
3/18 |
CHS |
Cylinder; Tori; Moebius Bands;
Klein Bottles; the Projective Plane.
|
|
3/25
|
HOLIDAY |
=== Spring Break ===
|
| L8 |
4/01 |
CHS |
Highway Cloverleaf
Design. Classification Theorem of 2-Manifolds.
|
| L9 |
4/08
|
CHS
|
Regular Homotopies.
Turning Things Inside-Out.
|
| L10 |
4/15 |
CHS |
Wallpaper Symmetries.
Conway's Magic Theorem.
|
| L11 |
4/22 |
Class |
Student Project Presentations.
|
| L12 |
4/29
|
Class |
Student Project Presentations.
|