Strongly Homotopy Lie Algebras from Multisymplectic Geometry
C. S. Shahbazi

TL;DR
This thesis explores the connection between multisymplectic geometry and $L_{}$-algebras, introducing new conditions for symplectomorphism and constructing homotopy moment maps for product manifolds, relevant in theoretical physics.
Contribution
It provides new criteria for isomorphism of $n$-plectic manifolds and develops methods to construct homotopy moment maps for product manifolds.
Findings
Conditions for symplectomorphism of $n$-plectic manifolds with isomorphic Lie-$n$ algebras
Construction of homotopy moment maps for product manifolds
Explicit relations between $L_{}[1]$-algebras and $L_{}$-algebras
Abstract
This Master Thesis is devoted to the study of -plectic manifolds and the Strongly Homotopy Lie algebras, also called -algebras, that can be associated to them. Since multisymplectic geometry and -algebras are relevant in Theoretical Physics, and in particular in String Theory, we introduce the relevant background material in order to make the exposition accessible to non-experts, perhaps interested physicists. The background material includes graded and homological algebra theory, fibre bundles, basics of group actions on manifolds and symplectic geometry. We give an introduction to -algebras and define -morphisms in an independent way, not yet related to multisymplectic geometry, giving explicit formulae relating -algebras and -algebras. We give also an account of multisymplectic geometry and -plectic…
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Homotopy and Cohomology in Algebraic Topology · Advanced Topics in Algebra
