activity
20072020
most citedTate's and Yoshida's theorem on control of transfer for fusion systems

10 citations · 13 across the 8 of their papers we have counts for

collaborators

11 papers

math.AT2020

On the cohomology of pro-fusion systems

Antonio Díaz Ramos, Oihana Garaialde Ocaña, Nadia Mazza +1

We prove the Cartan-Eilenberg stable elements theorem and construct a Lyndon-Hochschild-Serre type spectral sequence for pro-fusion systems. As an application, we determine the con…

math.RT2015

Realizing fusion systems inside finite groups

Sejong Park

We show that every (not necessarily saturated) fusion system can be realized as a full subcategory of the fusion system of a finite group. This result extends our previous work \ci…

math.AT2014

The subgroup homology decomposition for fusion systems is sharp

Antonio Díaz, Sejong Park

We extend Dwyer's sharp subgroup homology decomposition of the classifying space of a finite group to arbitrary saturated fusion systems and arbitrary Mackey functors.

math.RT2014

Mislin's theorem for fusion systems via Mackey functors

Sejong Park

We state and prove a fusion system version of Mislin's theorem \cite{Mislin1990} on cohomology and control of fusion, following Symonds's proof \cite{Symonds2004} of Mislin's theor…

math.GR2013

Counting conjugacy classes of cyclic subgroups for fusion systems

Sejong Park

We give another proof of an observation of Thévenaz \cite{T1989} and present a fusion system version of it. Namely, for a saturated fusion system $\CF$ on a finite -group , w…

math.AT2012

Mackey functors and sharpness for fusion systems

Antonio Díaz, Sejong Park

We develop the fundamentals of Mackey functors in the setup of fusion systems including an acyclicity condition as well as a parametrization and an explicit description of simple M…