Job description: The Atomic, Molecular, and Optical Physics Theory group seeks an undergraduate student with strong computational skills to support a project seeking to determine the high-order harmonic response of neon atoms irradiated by laser light. While this process has been studied in detail by other groups, we seek to create benchmarking data reported in absolute units, which other groups can use to compare their own results against. The student will gain experience in compiling complex software on supercomputers, utilizing the techniques of high-performance computing, data analysis and visualization, technical writing, and oral presentations. They will also increase their knowledge of the domain of atomic, molecular, and optical science, which will complement material typically covered in modern physics and quantum physics courses.

Minimum requirements: prior experience with LINUX / UNIX environments, interest in high-performance computing, completed or currently enrolled in a Modern Physics or equivalent course.

Preferred requirements: experience with Atomic, Molecular, and Optical Science research software, written and oral communication skills.

Pay Range $18.29-$19.16/hr

Starting February 15th – Ending May 15th

For a maximum of 10 hours per week