👨‍💻 I’m a final-year Ph.D. candidate in Physics at the University of Kentucky, specializing in open quantum systems, optical metrology, and magnetic field design.

🔬 My research focuses on advanced optical and magnetic systems, with an emphasis on the magneto-optic effect, data acquisition, analysis, and the development of high-precision instrumentation.

🎓 Currently, I am working towards completing my Ph.D. dissertation, where I am developing a sensitive optical magnetometer using the resonant Faraday effect. Additionally, I have created Python-based systems for synchronous data acquisition and designed a Merritt coil system for active magnetic field cancellation.

🎯 Driven by a passion for integrating machine learning, quantum technology, and engineering expertise to streamline scientific workflows. Proficient in Python, C++, and a suite of tools, applying them to innovate across hardware and software development while pushing the boundaries of experimental precision.