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I know that every finite Engel group is a nilpotent group. Then, if $G$ is a residually finite Engel group, every finite quotient group of $G$ is a nilpotent group. Is necesseraly true that $G$ is a nilpotent group?

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The examples by Golod, of groups on $d\geq 3$ generators, whose $(d-1)$-generator subgroups are all nilpotent (see example 18.3.2 in "Fundamentals of the theory of groups" by Kargapolov and Merzljakov for an exposition of the construction and properties) give $p$-groups that are residually finite, Engel, yet not nilpotent.

See this survey by G. Traustason on Engel groups, for other conditions one might add to guarantee nilptency.

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  • $\begingroup$ Thank you for your response! $\endgroup$
    – Jonas
    Commented Jan 6, 2020 at 20:59

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