The q-lattice representation conjecture for the matrix Fredholm determinant

Let qq be the deformation parameter, tt the time parameter, and let D\mathcal{D} denote the discrete qq-lattice

D=Dt+D1={tqnnZ>0}{qnnZ<0}.\mathcal{D}=\mathcal{D}^+_t\sqcup\mathcal{D}^-_1=\{tq^n\mid n\in\mathbb{Z}_{>0}\}\sqcup\{q^n\mid n\in\mathbb{Z}_{<0}\}.

Let D\mathcal{D} be the matrix Fredholm determinant defined earlier in the paper. q-lattice determinant conjecture. The determinant can be written as a determinant on the qq-lattice D\mathcal{D}. This would identify the analytic Fredholm determinant with a discrete determinant supported on the indicated lattice; the supplied text gives no proof or resolution.

Sources & referencesView supporting material

Primary source

Pavlo Gavrylenko, “Riemann-Hilbert problems, Fredholm determinants, explicit combinatorial expansions, and connection formulas for the general q-Painlevé III_3 tau functions”, arXiv:2501.01419 (2025).

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