Filling-map factorization conjecture for tensor products of KR crystals

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Let

B=⨂i=1NBri,siB=\bigotimes_{i=1}^N B^{r_i,s_i}

and let

T=⨂i=1N(B1,1)⊗risiT=\bigotimes_{i=1}^N (B^{1,1})^{\otimes r_i s_i}

be organized into ri×sir_i\times s_i rectangles as in Tri,siT^{r_i,s_i}. Let fill⁡ ⁣:B→T\operatorname{fill}\colon B\to T be the filling map. Filling-map factorization conjecture. The filling map is the tensor product of the factorwise filling maps:

fill⁡(B)=⨂i=1Nfill⁡(Bri,si).\operatorname{fill}(B)=\bigotimes_{i=1}^N\operatorname{fill}(B^{r_i,s_i}).

This extends the filling-map description from individual KR crystals to arbitrary tensor products; the general statement remains open.

References

Primary source

Anne Schilling and Travis Scrimshaw, “Crystal structure on rigged configurations and the filling map”, arXiv:1409.2920 (2015).

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