The finite-Krull-dimension conjecture for noetherian group algebras

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

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

  1. G∈PG\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.

References

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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