The finite-Krull-dimension conjecture for noetherian group algebras

From papers

Let kk be a field and let GG be a group such that kGkG is noetherian and has finite right Krull dimension KdimkG\operatorname{Kdim} kG. Let P\mathcal{P} denote the class of polycyclic-by-finite groups.

Finite-Krull-dimension conjecture. The following assertions hold:

  1. GPG\in\mathcal{P}.
  2. If GG is a torsion group, then GG is finite.

This is presented as a potentially easier special case of the broader noetherian group-algebra question. The source explicitly says that both the general assertion and its torsion restriction remain open.

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Sources & referencesView supporting material

Primary source

Jason P. Bell, Ken A. Brown and J. Toby Stafford, “Pointed Hopf algebras, the Dixmier-Moeglin Equivalence and Noetherian group algebras”, arXiv:2507.23730 (2025).

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