Quantum deformations of associative algebras and integrable systems
arXiv:0802.3022 · doi:10.1088/1751-8113/42/9/095201
Abstract
Quantum deformations of the structure constants for a class of associative noncommutative algebras are studied. It is shown that these deformations are governed by the quantum central systems which has a geometrical meaning of vanishing Riemann curvature tensor for Christoffel symbols identified with the structure constants. A subclass of isoassociative quantum deformations is described by the oriented associativity equation and, in particular, by the WDVV equation. It is demonstrated that a wider class of weakly (non)associative quantum deformations is connected with the integrable soliton equations too. In particular, such deformations for the three-dimensional and infinite-dimensional algebras are described by the Boussinesq equation and KP hierarchy, respectively.
Numeration of the formulas is corrected
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Cited by in corpus (8)
- Oriented Associativity Equations and Symmetry Consistent Conjugate Curvilinear Coordinate Nets
- Infinite hierarchies of nonlocal symmetries of the Chen--Kontsevich--Schwarz type for the oriented associativity equations
- Classical -matrix like approach to Frobenius manifolds, WDVV equations and flat metrics
- Discrete integrable systems and deformations of associative algebras
- Discrete, q-difference deformations of associative algebras and integrable systems
- Continuous-discrete integrable equations and Darboux transformations as deformations of associative algebras
- Multidimensional the Ricci-flat spaces defined by nonlinear equations
- Menelaus relation and Fay's trisecant formula are associativity equations