
We find the image of the affine symplectic Lie algebra gn from the Leibniz homology HL⁎(gn) to the Lie algebra homology H⁎Lie(gn). The result shows that the image is the exterior algebra ∧⁎(wn) generated by the forms wn=∑i=1n(∂/∂xi∧∂/∂yi). Given the relevance of Hochschild homology to string topology and to get more interesting applications, we show that such a map is of potential interest in string topology and homological algebra by taking into account that the Hochschild homology HH⁎-1(U(gn)) is isomorphic to H⁎-1Lie(gn,U(gn)ad). Explicitly, we use the alternation of multilinear map, in our elements, to do certain calculations.
Leibniz homology, Lie homology, Hochschild homology, Artificial intelligence, Deformations and Structures of Hom-Lie Algebras, QC1-999, Cluster Algebras and Triangulated Categories, Homological Dimensions, FOS: Mathematics, Infinite-dimensional Lie (super)algebras, Mathematical Physics, Algebra and Number Theory, String topology, Physics, Hom-Lie Algebras, Hopf Algebras, Cohomology of Lie (super)algebras, Computer science, Homology, Algorithm, Physical Sciences, Proofs of Langlands Conjectures for GL(n), Geometry and Topology, Quasi-Lie Algebras, Mathematics
Leibniz homology, Lie homology, Hochschild homology, Artificial intelligence, Deformations and Structures of Hom-Lie Algebras, QC1-999, Cluster Algebras and Triangulated Categories, Homological Dimensions, FOS: Mathematics, Infinite-dimensional Lie (super)algebras, Mathematical Physics, Algebra and Number Theory, String topology, Physics, Hom-Lie Algebras, Hopf Algebras, Cohomology of Lie (super)algebras, Computer science, Homology, Algorithm, Physical Sciences, Proofs of Langlands Conjectures for GL(n), Geometry and Topology, Quasi-Lie Algebras, Mathematics
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