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Let $n \ge 0$. There are $\delta, \epsilon > 0$ such that for any field $k$ and any finite symmetric generating subset $A \subseteq SL_n(k)$ we have $|A^3| \ge |A|^{1 + \delta}$ or $|A| \ge |G|^{1 - \epsilon}$.
Let$n \ge 0$ . There are $\delta, \epsilon > 0$ such that for any field $k$ and any finite symmetric generating subset $A \subseteq SL_n(k)$ we have $|A^3| \ge |A|^{1 + \delta}$ or $|A| \ge |G|^{1 - \epsilon}$ .
This is Theorems 1.9 and 5.1 in the lecture notes and
theorem_1_9
in the Lean code.The text was updated successfully, but these errors were encountered: