I consider myself an algebraic topologist!
In this area, I am interested in studying operads and there many applications and uses. Some key words I would use to describe the math I think about and do are: homotopy theory, equivariant homotopy theory, homotopical combinatorics, coalgebraic models, Koszul duality.
Below are some papers I have on the arXiv (most recent first):
Below are some talks I have given (most recent first):
Stay in the Loop and the Fun Group at the Claremont Center for the Mathematical Sciences Colloquium Spring 2025
Left and Right Bousfield Localizations on Lattices at the 5 College Geometry and Topology Seminar Fall 2025
Transfer Systems and Model Structures at INI Workshop: Operads and Calculus (recording) Spring 2025
Model Structures On Lattices at the Joint Mathematics Meetings 2025
Modeling Equivariant Simplicial Sets with Simplicial Coalgebras at the UPenn Geometry and Topology Seminar Fall 2024
Coalgebraic Structures Describing G-Spaces at the ECOGYT Summer 2024
Coalgebraic Models for G-Spaces at the Algebraic Structures in Topology II Summer 2024
Coalgebraic Models of for G-Spaces at the Joint Mathematics Meetings 2024
Equivariantly Equivalent (According to Elmendorf) at the University of Washington for USTARS Spring 2023
The Algebraic Structure of Loop Spaces at JMM 2023 in the AMS EDGE Session
Understanding the Elmendorf Construction at eCHT for the Fall 2022 Kan Seminar
Algebraic Azaleas: the Algebraic Structure of Loop Spaces at the University of Oxford for the EDGE 2022 Mentor Colloquium
Let's Talk Alge Top at Spelman College for the EDGE 2022 Symposium
Below are some notes I have written (most recent first):
Doing math is more fun when you do it with others!
Here are some pictures with my collaborators:
This is what my academic family looks like and I am grateful to be apart of it!