Finest-granularity magma-graph faithfulness conjecture

From papers

Let g\mathfrak{g} be a complex finite-dimensional Lie algebra and (M,δ)(\mathcal{M},\delta) an abelian magma such that g\mathfrak{g} is M\mathcal{M}-magma-graded with finest granularity. Let Gg(V,E)G_{\mathfrak{g}}(V,E) be the graph obtained from this pair by the modified graph-construction algorithm. Finest-granularity faithfulness conjecture. The graph Gg(V,E)G_{\mathfrak{g}}(V,E) faithfully represents the internal structure of g\mathfrak{g} in the seven senses listed in the source: solvability, derived series, nilpotency, lower central series, ideals, simplicity, and semisimplicity. The source explicitly places this statement among open problems and conjectures, so it remains open.

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Primary source

Tim Heib and David Edward Bruschi, “On the structural properties of Lie algebras via associated labeled directed graphs”, arXiv:2601.16161 (2026).

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