-Algebra Models and Higher Chern-Simons Theories
arXiv:1511.08201 · doi:10.1142/S0129055X16500215
Abstract
We continue our study of zero-dimensional field theories in which the fields take values in a strong homotopy Lie algebra. In a first part, we review in detail how higher Chern-Simons theories arise in the AKSZ-formalism. These theories form a universal starting point for the construction of -algebra models. We then show how to describe superconformal field theories and how to perform dimensional reductions in this context. In a second part, we demonstrate that Nambu-Poisson and multisymplectic manifolds are closely related via their Heisenberg algebras. As a byproduct of our discussion, we find central Lie -algebra extensions of . Finally, we study a number of -algebra models which are physically interesting and which exhibit quantized multisymplectic manifolds as vacuum solutions.
44 pages, minor corrections, published version
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- Towards an M5-Brane Model II: Metric String Structures
- Infinity-enhancing of Leibniz algebras
- Supersymmetric Yang-Mills Theory as Higher Chern-Simons Theory
- Algebraic formulation of higher gauge theory
- Higher Chern-Simons-Antoniadis-Savvidy forms based on crossed modules
- (2-)Drinfel'd Double and (2-)BF Theory
- Higher Chern-Simons based on (2-)crossed modules
- Extended Cartan homotopy formula for higher Chern-Simons-Antoniadis-Savvidy theory
- Higher (gauged) Wess--Zumino--Witten terms based on Lie crossed modules