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Distinct d-degree set relation in DSC is conjectural

Determine whether, for the deterministic simplicial complex (DSC) model, the set K^{(d)}(n) of distinct upper degrees of d-simplices at generation n equals {0} ∪ K^{(0)}(n − d) for all integers n ≥ d + 1 and d ≥ 1, where K^{(0)}(·) denotes the set of distinct vertex degrees of the corresponding generation.

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Background

In the DSC model, the authors paper upper degrees of simplices and collect the distinct values into ordered lists K{(d)}(n). Empirically, they observe patterns linking lists across dimensions and generations.

They propose a concise relation connecting the distinct d-degree values at generation n to the distinct 0-degree (vertex-degree) values at generation n − d, augmented by 0, but they have not proved its validity for all n and d.

References

Another useful general relation K{(d)}(n) = 0 \cup K{(0)}(n-d) is conjecturally valid for all $n \geq d + 1$ and $d \geq 1$.

Deterministic simplicial complexes (2507.07402 - Dorogovtsev et al., 10 Jul 2025) in Section “Upper degrees” (Unconstrained growth), around equation (K-stat)