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Department of Physics
University of Chicago

 
 
 

Welcome!


Dave at his desk

I am a graduate student pursuing a PhD in the Department of Physics at the University of Chicago. Here I have posted information about my work and study in physics and also a little about myself.


News

6/18/2008:
In case you were wondering what physicicsts do at parties, check out this Onion Radio News report.

6/8/2008:
My work on surface plasmon propagation has come to a close. All-in-all I think it turned out to be a great project. I learned quite a bit about this topic which I had previously never heard of and I tightened up my electricity and magnetism skills (an area I had never claimed any confidence in). I've posted the final report and poster on the plasmon research page. I am quite grateful to Prof. Guyot-Sionnest for his help through all this. Now it's time to shift gears as I prepare for my summer work with Prof. Mazenko.

5/1/2008:
I have begun to work on some numerical calculations related to the liquid-glass phase transition under advisor Gene Mazenko. This project will run through the coming summer, but if I enjoy the work and am able to handle the calculations, it may be possible to stay on and expand this into something larger. The work seems interesting, relevant and very challenging. It is the first time I will be involved in truly theoretical research. As I become familiar with the material I will post information on its own page under Research.

See past stories in the Archive.

Quick Links


Spectral Estimation with Wavelets
My undergraduate research focused on the continuous wavelet transform.
Read more about it here.

 

 


Surface Plasmon Propagation
I just finished researching surface plasmon propagation and applications to quantum dots.
Read more about it here.

 
*A Note on Site Layout: You might be wondering what's up with the picture in the upper left corner of each page. It's a blowup of one of the plots from my undergraduate wavelet research. The plot shows the frequency content of a simulated time series - the position of a hydrogen atom placed into a silicon crystal as a function of time. The high white peak and light grey peak above it are two constant frequencies present in the data. They correspond to the high frequency vibrational modes between the hydrogen atom and adjacent atoms in the lattice.
 

This site was last updated on June 29, 2008 .

~ © 2007-2008 David McCowan ~