Polynomial strong-coloring bounds for bounded-degree graphs

Establish whether there exists a polynomial p such that every graph G of maximum degree Δ and every positive integer r satisfy col_r(G) ≤ p(r,∇_r(G),Δ).

Background

The paper states that the preceding polynomial-expansion question already arises for bounded-degree graphs. This variant explicitly includes the maximum degree as a parameter and asks for a polynomial upper bound on the strong r-coloring number.

References

Does there exist a polynomial $p(x,y,z)$ such that for all graphs $G$ with maximum degree $\Delta$ and all positive integers~$r$ we have $\col_r(G)\leq p(r,\nabla_r(G),\Delta)$?

On the generalized coloring numbers  (2501.08698 - Siebertz, 15 Jan 2025) in Problem prob:pol-exp2, Section 3.2, Bounding r-admissibility