The path-graph invariant-subspace completeness conjecture

Let G=PnG=P_n be the path graph on nn cells, and let DG,\mathcal D_{G,\ell} denote the collection of transformations whose invariant subspaces are being classified by the algorithm in the preceding example. Path-graph completeness conjecture. The algorithm in the previous example gives all of the DG,\mathcal D_{G,\ell}-invariant subspaces for the path G=PnG=P_n. This conjecture asserts completeness of the proposed classification algorithm for invariant subspaces of path networks; the source provides no resolution.

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Primary source

John M. Neuberger, Nándor Sieben and James W. Swift, “Synchrony and Anti-Synchrony for Difference-Coupled Vector Fields on Graph Network Systems”, arXiv:1805.04144 (2019).

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