Overview
I am interested in theory and methodology for network analysis, causal inference and statistical/computational tradeoffs and in applications in the social sciences. Modern data streams frequently do not follow the traditional paradigms of n independent observations on p quantities of interest. They can include complex dependencies among the observations (e.g. interference in the study of causal effects) or among the quantities of interest (e.g. probabilities of edge formation in a network). My research is concerned with developing theory and methodological tools for approaching such modern data structures by better understanding these underlying dependence structures. My work concentrates on better understanding Kronecker covariance structures as they are related to network analysis and high dimensional unbalanced factorial designs. I work on theory and methodology for high dimensional data as it relates to network analysis, causal inference and computational and statistical tradeoffs. My primary applied interest is in the health and social sciences with past and ongoing collaborations studying friendship formation in high schools, employment outcomes for college graduates and job mobility as a function of an underlying social network.
Current Duke Appointments & Affiliations
Associate Professor of Statistical Science
·
2023 - Present
Statistical Science,
Trinity College of Arts & Sciences
Recent Scholarly Works
Designing Social Media to Promote Productive Political Dialogue
Preprint · July 20, 2026 Social media are frequently blamed for exacerbating ideological divides. We evaluate whether it is possible to design a social media platform that instead promotes productive, open-minded dialogue among users. We recruited 1,043 Americans to test a new ... Full text CiteEnhancing joint ideal point estimation strategies with Twitter social networks and text data
Journal article Network Science · May 28, 2026 Analyses of online social interactions on major platforms have become central to evaluating the ideological leanings of users. Social scientists often represent individuals' policy preferences as ideal points in a low-dimensional space. We first demonstrat ... Full text CiteMind the Sim-to-Real Gap & Think Like a Scientist
Preprint · May 20, 2026 Link to item CiteRecent Grants
Templeton Polarization Lab Unsolicited Restricted Gift
ResearchPrincipal Investigator · Awarded by John Templeton Foundation · 2026 - 2036Can AI-Agents Increase Open-Mindedness and Facilitate Productive Dialogue about Social Problems?
ResearchCo-Principal Investigator · Awarded by John Templeton Foundation · 2022 - 2028Comparative effectiveness of EEG guided anti-seizure treatment in acute brain injury
ResearchPrincipal Investigator · Awarded by Massachusetts General Hospital · 2023 - 2028View All Grants
Education
University of Washington ·
2013
Ph.D.
The University of Chicago ·
2009
B.Sc. (hons)
The University of Chicago ·
2009
M.S.