My research integrates data visualization, artificial intelligence, and human-AI interaction to develop data analysis and visualization techniques and systems that enhance understanding and decision-making for complex societal issues and human behaviors.

I study the evolution and ecology of beneficial host-microbe interactions. I am interested in understanding how these associations persist in complex, species-rich environments. 

My teaching focuses on undergraduate biology lecture and lab courses. I am especially passionate about subjects related to ecology and evolution.

My current research interests include (i) topological data analysis, (ii) manifold learning, (iii) fMRI data analysis, and (iv) Euler calculus. My previous research interest was in harmonic analysis and dispersive partial differential equations. 

My research studies Governance and Policy (water & environmental).

My research explores the leadership of past and present student activists who have reshaped educational institutions to reflect the cultural and linguistic assets of their communities. I teach courses on public rhetoric, community writing, and research methods in writing studies.

My research explores computer security, computer systems and architecture, and AI for systems and security.

My research is grounded in the field of Harmonic Analysis, and I am currently focused on applications of Optimal Transport Theory to Data and Signal Analysis, as well as Machine Learning, thus falling into the category of Applied Mathematics.

My research as an archaeologist specializes in the material culture of Greece in the Late Bronze Age (1600-1200 B.C.E.). My research investigates the region's cities, in particular, how they came apart, maintained and constructed memory, and conducted trade and exchange.

I am Teaching Faculty in the Program in Neuroscience and Director of Undergraduate Studies in Neuroscience at FSU.