Here is a collection of articles focusing on physics. At present, my research priority is addressing phenomenological aspects within a small subclass of Nelson-Barr models, specifically the minimal Nelson-Barr models. These models are not only fascinating but also immensely insightful and creative in their approach to solving the strong CP problem. A complete description of the primary research question for my current work is not yet included on this page (since it is still ongoing). However, I have provided some tangential calculations (some not yet explicitly shown) related to the minimal model from Bento in the Minimal Nelson-Barr section.
Minimal Nelson-Barr Models
Here, I include a small sample of these calculations. I have a substantial collection of papers on my desk, and I hope to compile (some) of them into LaTeX format and publish them on this page for others to reference and use.
LIGO and Binary Black Hole Mergers: Insights and Challenges
An analysis of LIGO's work on binary black hole merger population, focusing on the insights gained and the challenges faced in detecting gravitational waves; these were my research interests with LIGO. I will continue uploading visuals, and results when I find the time.
Presentations in Quantum Field Theory
The following are three seperate (and distinct) presentations I have given on various topics in Quantum Field Theory during my time at the University of Oregon. These presentations were part of the QFT course provided by Prof. Graham Kribs in the fall, winter, and spring of 2024-2025.
Talks in High Energy Theory
Below are presentation slides of talk(s) I have given. At present, these talks have entirely taken place during group theory meeting at the University of Oregon.
