Poisson commutativity of the conserved quantities for the BrB_r Q-system

Let A1,,A2rA_1,\dots,A_{2r} be coordinates on the phase space of the BrB_r Q-system, and let BB be the signed adjacency matrix of its quiver. Define the Poisson bracket by

{Ai,Aj}=ΩijAiAj,\{A_i,A_j\}=\Omega_{ij}A_iA_j,

where

Ω=(BT)1=B1.\Omega=(B^T)^{-1}=-B^{-1}.

The conserved quantities, namely the Hamiltonians of the BrB_r Q-system, Poisson-commutativity conjecture. The Hamiltonians Poisson-commute under this Poisson bracket.

This would establish the expected integrability property for the BrB_r Q-system. The paper reports experimental evidence for the claim, but the statement is presented as a conjecture rather than proved in the supplied text.

Sources & referencesView supporting material

Primary source

Panupong Vichitkunakorn, “Conserved quantities of Q-systems from dimer integrable systems”, arXiv:1704.08736 (2017).

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