Module structure on Lie powers and natural coalgebra-split sub-Hopf algebras of tensor algebras
DOI10.1017/S0013091510000015zbMath1243.16038arXiv1002.0434OpenAlexW2964270605MaRDI QIDQ3006329
Jingyan Li, Jie Wu, Feng Chun Lei
Publication date: 10 June 2011
Published in: Proceedings of the Edinburgh Mathematical Society (Search for Journal in Brave)
Full work available at URL: https://arxiv.org/abs/1002.0434
tensor algebrasgeneral linear groupscoalgebrasLie powersnatural coalgebra decompositionssub-Hopf algebras
Representations of finite symmetric groups (20C30) Representation theory for linear algebraic groups (20G05) Identities, free Lie (super)algebras (17B01) Loop spaces (55P35) Lie (super)algebras associated with other structures (associative, Jordan, etc.) (17B60) Homotopy functors in algebraic topology (55P65) Coalgebras and comodules; corings (16T15)
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Cites Work
- The functor \(A^{\text{min}}\) for \((p-1)\)-cell complexes and EHP sequences
- Functorial homotopy decompositions of looped co-\(H\) spaces
- The functor \(A^{\min}\) on \(p\)-local spaces
- Natural transformations of tensor algebras and representations of combinatorial groups.
- Some calculations of \(\mathrm{Lie}(n)^{\max}\) for low \(n\)
- The decomposition of the loop space of the mod 2 Moore space
- Lie powers and Witt vectors
- Schur functors and Schur complexes
- Torsion in homotopy groups
- Tilting modules, symmetric functions, and the module structure of the free Lie algebra
- On combinatorial calculations for the James-Hopf maps
- Generic representations of the finite general linear groups and the Steenrod algebra. II
- On functorial decompositions of self-smash products
- Generic representations of the finite general linear groups and the Steenrod algebra. III
- Modular Lie powers and the Solomon descent algebra
- On the structure of Hopf algebras
- Lie powers in prime degree
- Functorial Decompositions of Looped Coassociative Co-H Spaces
- Generic Representations of the Finite General Linear Groups and the Steenrod Algebra: I
- Homotopy Decompositions Involving the Loops of Coassociative Co-H Spaces
- THE DECOMPOSITION OF LIE POWERS