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Higher Structure of Chiral Symmetry. [PDF]
Copetti C +3 more
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A Method of Splitting Cochain Complexes to Compute Cohomologies of Lie (Super)algebras
Programming and Computer Software, 2002zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Computation of cohomology of Lie (super)algebra: algorithm, implementation and new results
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2003Abstract A new algorithmic approach to computation of cohomologies of Lie (super)algebras is described briefly. This approach, based on splitting the full cochain complex into “minimal” subcomplexes, is implemented in the C language. The results of computing the cohomology in the trivial module for the Lie superalgebra SLe(2) are presented.
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On Cohomology of Simple Modules for Modular Classical Lie Algebras
Axioms, 2022Sherali S Ibraev, Larissa S Kainbaeva
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Cohomology of 3-dimensional color Lie algebras
Journal of Algebra, 2007Dmitri Piontkovski, Sergei D Silvestrov
exaly
Cohomology and deformations of 3-Lie colour algebras
Linear and Multilinear Algebra, 2015Tao Zhang
exaly
Cohomology and deformations for the Heisenberg Hom-Lie algebras
Linear and Multilinear Algebra, 2019María Alejandra Alvarez
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The first cohomology of N = 1 super Virasoro algebras
Communications in Algebra, 2019Yufeng Pei
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