Quantization conjecture for formal classical dynamical r-matrices

Let cmathfrakheqcmathfrakgcmathfrak h\to eqcmathfrak g be an inclusion of Lie algebras, let Zeq(cmathop3cmathfrakg)cmathfrakgZ\to eq(cmathop{\wedge}^3cmathfrak g)^{cmathfrak g}, and let a formal classical dynamical rr-matrix mean a formal cmathfrakhcmathfrak h-equivariant map crho:cmathfrakheqcmathop2cmathfrakgcrho:cmathfrak h^*\to eqcmathop{\wedge}^2cmathfrak g satisfying the modified classical dynamical Yang--Baxter equation associated to ZZ. A dynamical twist quantization is a formal dynamical twist J=1+O(chbar)J=1+O(chbar) satisfying the modified dynamical twist equation for an associator quantizing ZZ and whose first-order antisymmetrization is crhocrho. Quantization conjecture. Any modified formal classical dynamical rr-matrix admits a dynamical twist quantization. This is the paper's central quantization problem; the source does not provide evidence resolving the conjecture, so its status is left open.

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Primary source

Damien Calaque, “Quantization of formal classical dynamical r-matrices: the reductive case”, arXiv:math/0412042 (2005).

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