Search results for "POISSON STRUCTURES"

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The expansion $\star$ mod $\bar{o}(\hbar^4)$ and computer-assisted proof schemes in the Kontsevich deformation quantization

2019

The Kontsevich deformation quantization combines Poisson dynamics, noncommutative geometry, number theory, and calculus of oriented graphs. To manage the algebra and differential calculus of series of weighted graphs, we present software modules: these allow generating the Kontsevich graphs, expanding the noncommutative & x22c6;-product by using a priori undetermined coefficients, and deriving linear relations between the weights of graphs. Throughout this text we illustrate the assembly of the Kontsevich & x22c6;-product up to order 4 in the deformation parameter Already at this stage, the & x22c6;-product involves hundreds of graphs; expressing all their coefficients via 149 w…

Series (mathematics)General MathematicsQuantization (signal processing)Quantum algebraDifferential calculusKontsevich graph complexNoncommutative geometryAssociative algebraAlgebradeformation quantizationtemplate libraryComputer-assisted proofNumber theoryMathematics::K-Theory and HomologyComputer Science::Logic in Computer ScienceMathematics::Quantum AlgebraAssociative algebracomputer-assisted proof schemesoftware modulePOISSON STRUCTURESnoncommutative geometryMathematics
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k-Leibniz algebras from lower order ones: from Lie triple to Lie l-ple systems

2013

Two types of higher order Lie l-ple systems are introduced in this paper. They are defined by brackets with l > 3 arguments satisfying certain conditions, and generalize the well-known Lie triple systems. One of the generalizations uses a construction that allows us to associate a (2n - 3)-Leibniz algebra pound with a metric n-Leibniz algebra () pound over tilde by using a 2(n - 1)-linear Kasymov trace form for () pound over tilde. Some specific types of k-Leibniz algebras, relevant in the construction, are introduced as well. Both higher order Lie l-ple generalizations reduce to the standard Lie triple systems for l = 3.

High Energy Physics - TheoryGeneralized poisson structuresPure mathematicsTrace (linear algebra)SuperalgebrasEquationTriple systemSupertriple systemsOrder (ring theory)FOS: Physical sciencesStatistical and Nonlinear PhysicsLower orderMathematics - Rings and AlgebrasMathematical Physics (math-ph)Nambu mechanicsHigh Energy Physics - Theory (hep-th)Rings and Algebras (math.RA)Mathematics - Quantum AlgebraFOS: MathematicsQuantum Algebra (math.QA)Algebra over a fieldMathematical PhysicsMathematicsBranes
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