For polynomial quantum wreath products, Schurification is constructed via twisted convolution algebras and a Kashiwara-Miwa-Stern tensor action, with uniform Schur dualities and explicit bases.
Yokonuma-Schur algebras
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abstract
In this paper, we define the Yokonuma-Schur algebra $\text{YS}_{q}(r,n)$ as the endomorphism algebra of a permutation module for the Yokonuma-Hecke algebra $\text{Y}_{r,n}(q).$ We prove that $\text{YS}_{q}(r,n)$ is cellular by constructing an explicit cellular basis following the approach in [DJM], and we further show that it is a quasi-hereditary cover of $\text{Y}_{r,n}(q)$ in the sense of Rouquier following [HM2]. We also introduce the tilting modules for $\text{YS}_{q}(r,n).$ In the appendix, we define and study the cyclotomic Yokonuma-Schur algebra in a similar way.
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Schurification of polynomial quantum wreath products
For polynomial quantum wreath products, Schurification is constructed via twisted convolution algebras and a Kashiwara-Miwa-Stern tensor action, with uniform Schur dualities and explicit bases.