In this paper we prove that the local algebras of a simple Jordan pair are simple. Jordan pairs all of which local algebras are simple are also studied, showing that they have a nonzero simple heart, which is described in terms of powers of the original pair. Similar results are given for Jordan tri
Herstein's Theorems and Simplicity of Hermitian Jordan Systems
✍ Scribed by José A Anquela; Teresa Cortés; Esther Garcı́a
- Publisher
- Elsevier Science
- Year
- 2001
- Tongue
- English
- Weight
- 186 KB
- Volume
- 246
- Category
- Article
- ISSN
- 0021-8693
No coin nor oath required. For personal study only.
✦ Synopsis
dedicated to professor j. marshall osborn on the occasion of his retirement
In this paper we extend Herstein's first construction relating associative and Jordan ideals to pairs and triple systems. As a consequence we show that an associative pair or triple system is simple if and only if its Jordan symmetrization is simple. We also generalize Herstein's second construction to ample subsystems of associative algebras, pairs, and triple systems, which provides information on their simplicity when the associative structure is simple.
📜 SIMILAR VOLUMES
This paper establishes the strong primeness of all Jordan systems J of hermitian type, trapped between ample hermitian elements of a )-prime associative system Ž . Ž . R and its Martindale system of symmetric quotients Q R : H R,) : J : . This completes the converse of Zelmanov's classification of
From 1 and the structure of ᒄ it is clear that Dᒄ is stable under G, and that G acts trivially on ᒄrDᒄ. Thus y g g Dᒄ 4 Ž . for all g g G.