Summary
Audrey Farrell is a Ph.D. candidate in physics at UCLA specializing in laser-plasma interactions and experimental plasma diagnostics, with eight years of research experience spanning Thomson scattering, interferometry, Faraday rotation, and electron beam deflectometry. She leads and co-designs experiments—currently co-PI on AE134—conducted both at UCLA and Brookhaven’s Accelerator Test Facility to measure Biermann battery and Weibel-instability magnetic fields in CO2 laser-driven plasmas. Audrey couples hands-on lab work with computational skills, simulating laser-plasma dynamics with OSIRIS and developing analysis code that applies computational geometry and machine learning to deflectometry and radiography. Her background includes detector design and optimized, lower-cost plasma accelerator simulations from her honors thesis, reflecting a practical focus on efficiency and algorithmic speedups. Outside the lab she’s honed communication and customer-facing skills through part-time service jobs and AV/media roles, enabling clear presentation of complex experimental results to diverse audiences.
8 years of coding experience
3 years of employment as a software developer
University of California, Los Angeles
Bachelor of Science - BS, Physics, Bachelor of Science - BS, Physics at Stony Brook University