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      Almost Commutative Q-algebras and Derived brackets

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          Abstract

          We introduce the notion of \emph{almost commutative Q-algebras} and demonstrate how the derived bracket formalism of Kosmann-Schwarzbach generalises to this setting. In particular, we construct `almost commutative Lie algebroids' following Va\u{\i}ntrob's Q-manifold understanding of classical Lie algebroids. We show that the basic tenets of the theory of Lie algebroids carry over verbatim to the almost commutative world.

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          The Geometry of the Master Equation and Topological Quantum Field Theory

          In Batalin-Vilkovisky formalism a classical mechanical system is specified by means of a solution to the {\sl classical master equation}. Geometrically such a solution can be considered as a \(QP\)-manifold, i.e. a super\m equipped with an odd vector field \(Q\) obeying \(\{Q,Q\}=0\) and with \(Q\)-invariant odd symplectic structure. We study geometry of \(QP\)-manifolds. In particular, we describe some construction of \(QP\)-manifolds and prove a classification theorem (under certain conditions). We apply these geometric constructions to obtain in natural way the action functionals of two-dimensional topological sigma-models and to show that the Chern-Simons theory in BV-formalism arises as a sigma-model with target space \(\Pi {\cal G}\). (Here \({\cal G}\) stands for a Lie algebra and \(\Pi\) denotes parity inversion.)
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            Multiparametric quantum deformation of the general linear supergroup

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              The Non-Commutative Geometry of the Quantum Hall Effect

              We give an overview of the Integer Quantum Hall Effect. We propose a mathematical framework using Non-Commutative Geometry as defined by A. Connes. Within this framework, it is proved that the Hall conductivity is quantized and that plateaux occur when the Fermi energy varies in a region of localized states.

                Author and article information

                Journal
                30 May 2018
                Article
                1806.02662
                c8b8053b-b049-45d4-85ee-eb8f825bba2f

                http://arxiv.org/licenses/nonexclusive-distrib/1.0/

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                Custom metadata
                81R60, 46L87, 17B75
                Comments welcomed. 14 pages
                math.QA math-ph math.MP

                Mathematical physics,Mathematical & Computational physics,Algebra
                Mathematical physics, Mathematical & Computational physics, Algebra

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