Scholarship

Articles and Preprints

Notes

The following notes were written only for my own interests and do not represent new research. Everything contained within them has been known for some time, and has been explained elsewhere in both greater precision and generality. I sometimes find it difficult to learn mathematics purely by reading it, however, so for my own enlightenment I occasionally decide to work through some basic definitions and results on my own. As such, I cover only those topics I find of particular interest and ignore countless others. I post these notes here on the off chance they might be of some use to others.

Presentations

The Mathematics of Doodling
  • Description: Beginning with innocent doodles, our natural curiosity eventually leads us on an amazing path of discovery. Cameos include the winding number, the Euler characteristic, and the field of geometric probability.
  • Dates Given:
    • January 27, 2010 (University of Utah Teachers’ Math Circle)
    • September 14, 2010 (Graduate Student Advisory Committee Colloquium, University of Utah)
    • November 12, 2010 (AWM Math Club, Mills College)
  • Slides:
    • Utah version: Original | Scanned (w/ additional pictures)
    • Mills version: Original | (version w/ additional pictures coming soon!)
  • Reference: Ravi Vakil, “The Mathematics of Doodling,” Hendrick Lecture, MathFest 2009.


A History of Algebraic Geometry

  • Description: A brief summary of the historical development of algebraic geometry, following Dieudonné’s account.
  • Date Given: February 26, 2010 (Early Research Directions seminar, University of Utah)
  • Slides: Available (11.0 MB)
  • Reference: Jean Dieudonné, “The Historical Development of Algebraic Geometry,” The American Mathemtical Monthly, 79:8 (1972), 827-866.

MATLAB Assignments

The assignments below were created with Andy Schultz, at the request of the Stanford math department.

Math 51: Linear Algebra and Differential Calculus of Several Variables
Math 52: Integral Calculus of Several Variables