Kourovka Notebook Problem 21.146
(Well-known problem). A classifying space for a group is a connected CW-complex with fundamental group and all higher homotopy groups trivial. A group is of type if it has a classifying space with finite -skeleton. For example, type is equivalent to finite generation, and type is equivalent to finite presentability. Type means type for all . For , does every group of type embed as a subgroup of a group of type ? Or even in a group of type ?
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