Factorizing a Finite Group into Conjugates of a Subgroup

For every non-nilpotent finite group $G$, there exists at least one proper subgroup $M$ such that $G$ is the setwise product of a finite number of conjugates of $M$. We define $γ_{\text{cp}}\left( G\right)$ to be the smallest number $k$ such that $G$ is a product, in some order, of $k$ pairwise conjugated proper subgroups of $G$. We prove that if $G$ is non-solvable then $γ_{\text{cp}}\left( G\right) \leq36$ while if $G$ is solvable then $γ_{\text{cp}}\left( G\right)$ can attain any integer value bigger than $2$, while, on the other hand, $γ_{\text{cp}}\left( G\right) \leq4\log_{2}\left\vert G\right\vert$.

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