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Quantum D4 Drinfeld–Sokolov hierarchy and quantum singularity theory

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Abstract In this paper we compute explicitly the double ramification hierarchy and its quantization for the D 4 Dubrovin–Saito cohomological field theory obtained applying the Givental–Teleman reconstruction theorem to the… Click to show full abstract

Abstract In this paper we compute explicitly the double ramification hierarchy and its quantization for the D 4 Dubrovin–Saito cohomological field theory obtained applying the Givental–Teleman reconstruction theorem to the D 4 Coxeter group Frobenius manifold, or equivalently the D 4 Fan–Jarvis–Ruan–Witten cohomological field theory (with respect to the non-maximal diagonal symmetry group J = Z ∕ 3 Z ). We then prove its equivalence to the corresponding Dubrovin–Zhang hierarchy, which was known to coincide with the D 4 Drinfeld–Sokolov hierarchy. Our techniques provide hence an explicit quantization of the D 4 Drinfeld–Sokolov hierarchy. Moreover, since the DR hierarchy is well defined for partial CohFTs too, our approach immediately computes the DR hierarchies associated to the invariant sectors of the D 4 CohFT with respect to folding of the Dynkin diagram, the B 3 and G 2 Drinfeld–Sokolov hierarchies.

Keywords: sokolov hierarchy; drinfeld sokolov; hierarchy; theory

Journal Title: Journal of Geometry and Physics
Year Published: 2019

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