Research Projects
This section follows my academic research from undergraduate optics and open-quantum-system modeling through current dissertation work in cryogenic microwave instrumentation. Relevant publications are linked from their respective projects.
Research
Design and fabrication of microwave electronics for the Princeton Axion Search, including diplexers and analog control circuits
Research
Development of laboratory methods to fabricate cryogenic coaxial cable using stainless steel, copper, and superconducting Niobium-Titanium that matched or outperformed commercially available products.
Research
Laboratory software development for the Princeton Axion Search, including GitLab hosting, time-series data management, and automation scripts for experimental control.
Research
Cryogenic systems development for the Princeton Axion Search, including heat switches, current leads, and sub-Kelvin cooling systems.
Research
Development of time-separated field procedures to establish new sensitivity standards for Rydberg atom electrometry using Rydberg atom dark evolution sensing.
Research
Master equation simluation of superradiacne of tuned quantum dots in a bad cavity.
Research
Investigating the intensity stability of laser beams carrying orbital angular momentum propagating through atmospheric turbulence in near-maritime environments.
