Science

Whenever I produce something I think other might find useful and/or interesting, I will put it up here. Feedback is highly appreciated.

Numerical Mathematics

Numerical Solution of Partial Differential Equations using Finite Difference Methods

This summary is constructed from my personal lecture notes when taking this course the spring of 2010. If you encounter any errors while reading, please let me know so I can correct it for future readers. If you decide to use this for the exam, do so at your own risk. I will do my best to keep everything in this document correct and typo-free, but some errors might go unnoticed. In short, use a fair bit of criticism whilst reading this paper. I would like to thank Truls Bakkejord Ræder and Erik Bakken for proof reading this document, increasing it's quality significantly.

Term Project, report

This is the report I, Bjørn Theisen and Erik Bakken wrote analyzing the nonlinear Schrödinger equation.

Term Project, poster

This is the poster used when presenting the report above. It is written in Norwegian.

Term Project, code

This is the code used to solve the nonlinear Schrödinger equation. There are two implementations, one using Crank-Nicolson and one using a linearized approximation to the equation.

Statistics

Getting to Grips With Your Coffee Mug

This term project revolves around the dangers people face when walking carelessly about with their coffee mug. The results I found were indeed fascinating. Or obvious. You be the judge!

Other

TMA4145 Linear Methods - Summary of the curriculum (incomplete)

This summary was written in preparation for the exam. For that reason, it is not a complete summary. If someone feels like completing it, contact me and I will give you the tex-files for what I got so far.