Lie Algebras Generated by Extremal Elements
Identifieur interne : 001247 ( Main/Exploration ); précédent : 001246; suivant : 001248Lie Algebras Generated by Extremal Elements
Auteurs : Arjeh M. Cohen [Pays-Bas] ; Anja Steinbach [Allemagne] ; Rosane Ushirobira [France] ; David WalesSource :
- Journal of Algebra [ 0021-8693 ] ; 2001.
English descriptors
- KwdEn :
- Algebra, Algebraic group, Associative, Bilinear form, Bracket, Bracketing, Cartan subalgebra, Central parameter, Chevalley, Chevalley basis, Chevalley type, Extremal, Extremal element, Extremal elements, Extremal generators, Isomorphic, Jacobi, Lemma, Linear combination, Linear span, Long root, Long root element, Long root elements, Long root subgroups, Lowest root element, Minimal number, Module, Monomials, Natural representation, Nite, Nite dimension, Nite number, Nontrivial, Nonzero, Nonzero element, Quadratic modules, Quotient, Reducible, Root element, Root elements, Root groups, Root length, Sanrad, Simple ideals, Simple roots, Subalgebra, Subgroup, Whole algebra.
- Teeft :
- Algebra, Algebraic group, Associative, Bilinear form, Bracket, Bracketing, Cartan subalgebra, Central parameter, Chevalley, Chevalley basis, Chevalley type, Extremal, Extremal element, Extremal elements, Extremal generators, Isomorphic, Jacobi, Lemma, Linear combination, Linear span, Long root, Long root element, Long root elements, Long root subgroups, Lowest root element, Minimal number, Module, Monomials, Natural representation, Nite, Nite dimension, Nite number, Nontrivial, Nonzero, Nonzero element, Quadratic modules, Quotient, Reducible, Root element, Root elements, Root groups, Root length, Sanrad, Simple ideals, Simple roots, Subalgebra, Subgroup, Whole algebra.
Abstract
Abstract: We study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals) over a field of characteristic distinct from 2. There is an associative bilinear form on such a Lie algebra; we study its connections with the Killing form. Any Lie algebra generated by a finite number of extremal elements is finite dimensional. The minimal numbers of extremal generators for the Lie algebras of type An (n≥1), Bn (n≥3), Cn (n≥2), Dn (n≥4), En (n=6,7,8), F4 and G2 are shown to be n+1, n+1, 2n, n, 5, 5, and 4 in the respective cases. These results are related to group theoretic ones for the corresponding Chevalley groups.
Url:
DOI: 10.1006/jabr.2000.8508
Affiliations:
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Le document en format XML
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<front><div type="abstract" xml:lang="en">Abstract: We study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals) over a field of characteristic distinct from 2. There is an associative bilinear form on such a Lie algebra; we study its connections with the Killing form. Any Lie algebra generated by a finite number of extremal elements is finite dimensional. The minimal numbers of extremal generators for the Lie algebras of type An (n≥1), Bn (n≥3), Cn (n≥2), Dn (n≥4), En (n=6,7,8), F4 and G2 are shown to be n+1, n+1, 2n, n, 5, 5, and 4 in the respective cases. These results are related to group theoretic ones for the corresponding Chevalley groups.</div>
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