Our people are extraordinary.
Arts & Sciences has over 1,000 faculty and staff who utilize their diverse expertise in the pursuit of research breakthroughs, gaining a deeper understanding of the world's most pressing issues and serving as mentors of the next generation.
select honors from our faculty
Department of History
Sheng
Ran
Department of Physics
Brian
Rauch
Department of Physics
Zachariah
Reagh
Psychological & Brain Sciences
Allison S.
Reed
Department of Women, Gender, and Sexuality Studies
Andrew
Reeves
Department of Political Science
Courtney
Reichhardt
Department of Chemistry
Lawrence
Revard
College Writing Program
Jonathan
Reycraft
Department of Music
Elizabeth
Reynolds
Global Studies
Nancy
Reynolds
Department of History
Martin
Riker
Department of English
Donsub
Rim
Department of Mathematics
Phil
Ring
Department of Music
Rachel
Roberts
Department of Mathematics
Anne
Robinson
Department of Biology
Henry
Roediger
Psychological & Brain Sciences
Brian
Rogers
Department of Economics
Luis
Rosa
The Department of Philosophy
Jessica
Rosenfeld
Department of English
Jake
Rosenfeld
Department of Sociology
Scott
Ross
Department of Anthropology
Christopher
Rozek
Department of Education
Nathan
Ruggles
Department of Music
Christina Ramos
Sheng Ran
Brian Rauch
Zachariah Reagh
Allison S. Reed
Andrew Reeves
Courtney Reichhardt
Lawrence Revard
Jonathan Reycraft
Elizabeth Reynolds
Nancy Reynolds
Martin Riker
Donsub Rim
Phil Ring
Rachel Roberts
Anne Robinson
Henry Roediger
Brian Rogers
Luis Rosa
Jessica Rosenfeld
Jake Rosenfeld
Scott Ross
Christopher Rozek
Nathan Ruggles
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Recent Faculty Grants & Awards
Taylor Carlson, assistant professor of political science in Arts & Sciences, has been awarded a Social Science Research Council Social Data Research Fellowship to study the extent to which user-generated content (i.e. comments) on social media platforms distorts information reported by mainstream news outlets. The fellowship comes with a $50,000 award.
See what our faculty are working on now
More from The Ampersand
WashU researchers use quantum biosensors to peer into the inner workings of living cells
A team including scientists from the Center for Quantum Leaps has harnessed nanodiamonds to take quantum readings of mitochondria.