Powerful-tableau formula for chromatic quasisymmetric functions of K-chains

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Let a,b≥2a,b\geq2 be positive integers, let γ=(a,2,2,…,2,b)\gamma=(a,2,2,\ldots,2,b), and let KγK_\gamma be the corresponding K-chain with associated poset PP. K-chain powerful-tableau formula conjecture.

XKγ(x,q)=∑λ⊢∣Kγ∣∑T∈powST⁡P(λ)qinv⁡Kγ(T)eλ(x).X_{K_\gamma}(\mathbf{x},q)=\sum_{\lambda\vdash|K_\gamma|}\sum_{T\in\operatorname{powST}_P(\lambda)}q^{\operatorname{inv}_{K_\gamma}(T)}e_\lambda(\mathbf{x}).

The conjecture seeks to extend the proved path case to K-chains; the source presents it as motivated by computational experiments.

References

Primary source

Isaiah Siegl, “Toward Lower Bounds for Chromatic Symmetric Functions in the Elementary Basis”, arXiv:2509.02841 (2026).

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