
Bio
I work in the Accelerator Physics Group at ORNL. My research focuses on beam dynamics in high-intensity particle accelerators. My specific research interests include:
- Theory and modeling of collective effects, such as space-charge-driven halo formation and instabilities.
- Phase space shaping techniques for space charge mitigation.
- Numerical modeling of particle accelerators.
- Application of probability theory and machine learning to inverse problems such as phase space tomography.
Education
Ph.D. in Physics, University of Tennessee (2022)
B.S. in Physics, Wheaton College (2018)
Publications
January 2024
Conference Paper
October 2023
The Impact of High-Dimensional Phase Space Correlations on the Beam Dynamics in a Linear Accelerator
Conference Paper
September 2023
Conference Paper
June 2023
Journal: Physical Review Accelerators and Beams
December 2022
Conference Paper