The Wave Function of Dark Matter in the Galactic Halo

Project Tags: 
Astrophysics
Particle
Theory
Time Critical: 
No
Research Project Description: 

The dark matter which makes up the halo of a galaxy is thought to be a subatomic particle, and as a result some questions regarding its properties are quantum mechanical in nature.  Simulations of galaxy formation treat the dark matter as classical object, and while this should work well to describe the features of the galaxy, they cannot resolve these fine details.  In this project, we will simulate the Schrodinger equation for a dark matter particle in the Milky Way galaxy, and see how its wave function evolves.

Undergraduate Student Participation: 

The student participatin in this project will construct numerical simulations of the Schrodinger equation for a dark matter particle in the halo of the Milky Way galaxy.  This will involve modeling the gravitational potential from nearby dark matter particles as well as ordinary matter.  A basic knowledge of quantum mechanics and the Schrodinger equation, and some ability to program is necessary.

Time Commitment: 

A few hours a week.

Minimum GPA: 
None
Paid: 
No
Contact Info: 

*STARRED FIELDS ARE MANDATORY

How many hours per week will you be able to work on the project? Will you be available to work outside of the academic year (particularly during the Summer)?
List any lab and computer programming courses you have completed (with grades received) and for which you are currently enrolled.
Briefly describe any previous research experience (less than 300 words). If you have previously received course credit for student research, list those courses here (with grades received) and the name(s) of your supervisor(s).
Give a brief statement (less than 300 words) summarizing what qualities you will bring to the research program and explaining what you hope to achieve through your participation. (Is there something essential that you want to get out of the project? Paid position? Senior thesis? Co-author a journal publication?)
Files must be less than 2 MB.
Allowed file types: pdf.