First open case: strong ternary sensitivity on H(n,3)
Establish that there exists μ > 0 such that for any partition of the Hamming graph H(n,3) into three (possibly empty) induced subgraphs H_1, H_2, H_3 that are not all of the same order, the maximum degree among the parts satisfies max{Δ(H_1), Δ(H_2), Δ(H_3)} ∈ Ω(n^μ).
References
Conjecture There exists \mu > 0 such that for any partition of the Hamming graph H(n,3) into three (possibly empty) induced subgraphs H_1,H_2,H_{3} not all of the same order, it holds: max{\Delta(H_{1}),\Delta(H_{2}),\Delta(H_3)} \in \Omega(n{\mu})\.
— Sensitivity of $m$-ary functions and low degree partitions of Hamming graphs
(2409.16141 - Asensio et al., 24 Sep 2024) in Introduction, Our results (Conjecture \ref{conj:strongertres}); also referenced in Section 6: Conclusions