Mathematics Senior Thesis
Every math major is required to write a thesis during her senior year. Typically, students are paired with an advisor at the Claremont Colleges whose field is closest to the topic of interest for her thesis. In the fall students meet with their advisors once a week and are enrolled in Math 191. Their thesis is completed in the spring after having approximately half a semester to learn to TeX their thesis.
The purpose of senior thesis is to learn to write a formal math paper, gain in-depth knowledge of a branch of mathematics she is interested in, and to understand the process of mathematics research as preparation for grad school and beyond.
Students are advised to look for a thesis advisor in the spring of junior year and to brainstorm topics of interest with them. Some theses are built from REU programs or other outside sources, but students are encouraged to ultimately pick a topic they would enjoy researching for six months. Below is an archival of past theses so that students may gain a better understanding of the expected end project — or for a visitor’s own benefit. Please cite pages that follow appropriately.
The Scripps Thesis and Scripps Poster Class
These classes are meant to be helpful for formatting a poster or a thesis. You do not have to use these classes to write your thesis/poster but might be a good start. To download these files, simply right click on the links and select “Save Target As…” These are zip files, so you need to unzip them using WinZip or StuffIt Expander. In each class, you are going to want to start by opening the “sample_thesis.tex” and “scripps_poster.tex” files, respectively.
Acknowledgments: These classes would not at all have been accomplished without the help of C.M. Connelly, who wrote the original Harvey Mudd LaTeX classes, Lisa Lambeth, who adapted the Scripps thesis class, and Natalya St. Clair, who adapted the Scripps poster class.
- The Scripps Thesis Class
- The Scripps Poster Class
|Name||First Reader||Second Reader||Title||Topic|
|Aya Furutani||Yesem Kurt (PO)||Chris Towse||RSA Cryptography; Cracking the Code||Number Theory|
|Priya Prasad||Chris Towse||Sanjai Gupta||When is a Prime Not a Prime?||Algebraic Number Theory|
|Natalya St. Clair||Jon Jacobsen (HMC)||Chris Towse||Pattern Formation in Partial Differential Equations||Nonlinear Partial Differential Equations|
|Aleksandra Stein||Chris Towse (Mathematics)||Nathanlie Rachlin (French Studies)||Sophie Germain: mathématicienne extraordinaire||French Studies and Number Theory (dual)|
|Jamie Barron||Janet Myhre (CMC)||Andrew Aisenberg; Ron Teeples (CMC) [third reader]||What Constitutes Evidence?: An Exploration of Cases of Employment Discrimination Based on Sex||Statistics and the Law/Gender and the Law|
|Annalee Gomm||Chris Towse||Ghassan Sarkis (PO)||Integral Transform Computations of Igusa Local Zeta Functions|
|Lisa Lambeth||Chris Towse||Anie Chaderjian||Galois Theory: A Study of Cyclotomic Field Extensions||Abstract Algebra – Galois Theory|
|Kate Bryant||Mario Martelli (CMC)||Anie Chaderjian||Logistic Dynamical Systems With Oscillating Parameters||Chaos Theory and Dynamical Systems|