

I joined the WPI Physics Department as a Ph.D. student in Fall of 2023. I work with Professor Padmanabhan K. Aravind studying symmetrical structures with more than three dimensions to better identify and understand proofs of quantum contextuality, a property of quantum mechanics where outcomes of measurements appears to be dependent upon other simultaneous observations. Before attending WPI, my research included computationally modeling binary black hold systems and their subsequent gravitational waves.

I joined the WPI Physics Department as a Ph.D. student in Fall of 2023. I work with Professor Padmanabhan K. Aravind studying symmetrical structures with more than three dimensions to better identify and understand proofs of quantum contextuality, a property of quantum mechanics where outcomes of measurements appears to be dependent upon other simultaneous observations. Before attending WPI, my research included computationally modeling binary black hold systems and their subsequent gravitational waves.
Research Interests
Highly Eccentric Extreme-Mass-Ratio-Inspiral Waveforms via Fast Self-Forced Inspirals, Physical Review D, J. McCart, T. Osburn, and J. Y. Burton, October 12, 2021.
Reissner-Nordström Perturbation Framework with Gravitational Wave Applications, Physical Review D, J. Y. Burton and T. Osburn, November 10, 2020.