Fundamental-representation conjecture for quantum cluster variables

For each (i,r)I^(i,r)\in\hat{I}, let χ~i,rKt(OZ+)\tilde{\chi}_{i,r}\in K_t(\mathcal{O}^+_{\mathbb{Z}}) be the quantum cluster variable obtained from the initial quantum seed by the prescribed mutation sequence, and let L(Yi,qr+1)L(Y_{i,q^{r+1}}) be the fundamental representation with (q,t)(q,t)-character [L(Yi,qr+1)]t[L(Y_{i,q^{r+1}})]_t. Let J\mathcal{J} be the morphism into the ambient quantum torus. Fundamental-representation conjecture. For all (i,r)I^(i,r)\in\hat{I},

χ~i,r=J([L(Yi,qr+1)]t).\tilde{\chi}_{i,r}=\mathcal{J}\left([L(Y_{i,q^{r+1}})]_t\right).

The source verifies this in the displayed sl2\mathfrak{sl}_2 example; the assertion for all (i,r)(i,r) is presented as the resulting conjecture.

Sources & referencesView supporting material

Primary source

Léa Bittmann, “Quantum Grothendieck rings as quantum cluster algebras”, arXiv:1902.00502 (2019).

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