Basis conjecture for the functions associated with two-step equivalence classes

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For k=0,1,2k=0,1,2, let {f(k)}\{f^{(k)}\} be the set of functions realized as

∑T∈CFID⁡(T),\sum_{T\in\mathcal{C}}F_{\operatorname{ID}(T)},

where C\mathcal{C} is a single equivalence class of ≡k\equiv^k. Basis conjecture. The set {f(2)}\{f^{(2)}\} forms a basis for the quasisymmetric functions. This concerns the generating functions associated with the equivalence classes introduced in the paper; the supplied text does not indicate whether the assertion has been proved or remains open.

References

Primary source

Austin Roberts, “From symmetric fundamental expansions to Schur positivity”, arXiv:1508.07052 (2015).

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