| Day: |
Material Covered: |
| September 29 | Introduction: Groups (Gallian) |
| October 2 | Group Presentations (Gallian) |
| October 4 | Group Presentations, Examples (Gallian) |
| October 6 | Symmetry Groups (Tom presents) (Gallian) |
| October 9 | Frieze Groups (Dustin presents) (Gallian) |
| October 11 | Crystallographic Groups (Gallian) |
| October 13 | Crystallographic Groups (Gallian) |
| October 16 | Cayley Graphs (Wang presents) (Gallian) |
| October 18 | Aside: Penrose Tilings, and Cayley Graphs
(Gallian, de la Harpe) |
| October 20 | BS(2,1) and Word Metric (Epstein et. al.;
Gallian) |
| October 23 | Braid groups (Birman and Brendle) |
| October 25 | Braid groups: Garside theory (Birman and
Brendle) |
| October 27 | Braid groups: Greedy Normal Form (Katia
presents) (Birman
and Brendle) |
| October 30 | Applications of Braid groups: Knots (Birman
and Brendle) |
| November 1 | Applications of Braid groups: Alexander's
Theorem (Birman and Brendle) |
| November 3 | Applications of Braid groups: Cryptography
(McCartney presents) (Ko et. al.) |
| November 6 | Coxeter groups: Reflection groups
(Corrine presents) (Wikipedia) |
| November 8 | Catch up: Reidemeister's theorem, Markov's
theorem, reflection groups, Coxeter groups (Birman and Brendle;
Humphreys; de la Harpe) |
| November 10 | VETERANS DAY |
| November 13 | Coxeter groups: Coxeter graphs and root
systems (Humphreys) |
| November 15 | Coxeter groups: Finite Coxeter
groups, big results (Wikipedia; Humphreys) |
| November 17 | Artin groups and Coxeter groups
(Charney) |
| November 22 | Stallings Foldings (Stephen and Matt R.
present) (Stallings) |
| November 24 | Stallings Foldings (Stephen and Matt R.
present) (Stallings) |
| November 24 | THANKSGIVING BREAK |
| November 27 | Finite State Automata (Matt L. presents)
(Wikipedia) |
| November 29 | Automatic groups (Andre presents)
(Epstein et. al.) |
| December 1 | Automatic groups (Epstein et.
al., Ohshika) |
| December 4 | Group growth (Sonny presents) (de la Harpe)
|
| December 6 | Dehn problems (Wang presents) (de la Harpe;
Bridson and Haefliger)
|
| December 8 | Dehn problems and topology
|