Finite Simple Groups as Expanders
classification
🧮 math.GR
math.RT
keywords
epsilonfinitegroupsimplecayleyeveryexistexpander
read the original abstract
We prove that there exist $k\in N$ and $0<\epsilon\in R$ such that every non-abelian finite simple group $G$, which is not a Suzuki group, has a set of $k$ generators for which the Cayley graph $\Cay(G; S)$ is an $\epsilon$-expander.
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