Overview
My general research interest is in understanding what defines evolutionary trajectories. Within in this interest, I tend to focus on studying the evolution of organismal complexity, which I explore through a variety of subjects, including the evolution of endosymbioses, the evolution of multicellularity, the evolution of outcrossing, and the evolution of developmental/life cycle complexity. I also have an interest in applying the study of evolutionary trajectories towards solving practical problems, which has led me to work as a contractor through the St. George Tanaq Corporation supporting the Centers for Disease Control and Prevention (CDC) efforts to understand viral evolution.
My work primairly involves developing mathematical and computational models for explaining biological phenomena, as well as leveraging available data for applying said models and emperically evaluating general theory. I also enjoy developing more general mathematical and statistical frameworks for drawing inferences from large data sets. In addition to my scientific research, I also focus on studying approaches and developing resources for improving education in evolutinary biology and quantitative biology.
Below is a list of my publications. However, this list was last updated on 05/25/2026, which might not reflect recent additions. A full list of my work can be found on my Google scholar: https://scholar.google.com/citations?user=MGLUGcwAAAAJ&hl=en
* indicates student mentee