Kirillov--Schilling--Shimozono bijection as energy functions of crystals
arXiv:0711.4185 · doi:10.1093/imrn/rnn140
Abstract
The Kirillov--Schilling--Shimozono (KSS) bijection appearing in theory of the Fermionic formula gives an one to one correspondence between the set of elements of tensor products of the Kirillov--Reshetikhin crystals (called paths) and the set of rigged configurations. It is a generalization of Kerov--Kirillov--Reshetikhin bijection and plays inverse scattering formalism for the box-ball systems. In this paper, we give an algebraic reformulation of the KSS map from the paths to rigged configurations, using the combinatorial R and energy functions of crystals. It gives a characterization of the KSS bijection as an intrinsic property of tensor products of crystals.
arXiv comment31 pages, final version, expositions much detailed
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Cited by in corpus (10)
- Rigged Configurations and Kashiwara Operators
- Randomized box-ball systems, limit shape of rigged configurations and Thermodynamic Bethe ansatz
- Bethe Ansatz, Inverse Scattering Transform and Tropical Riemann Theta Function in a Periodic Soliton Cellular Automaton for A^{(1)}_n
- Box-Basket-Ball Systems
- Ultradiscrete Soliton Systems and Combinatorial Representation Theory
- Finding Rigged Configurations From Paths
- Generalized hydrodynamics in complete box-ball system for
- Bethe's Quantum Numbers And Rigged Configurations
- Promotion operator on rigged configurations of type A
- Paths and Kostka--Macdonald Polynomials