Graded identities for tensor products of matrix (super)algebras over the Grassmann algebra
β Scribed by Onofrio Mario Di Vincenzo; Plamen Koshlukov; Ednei Aparecido Santulo Jr.
- Publisher
- Elsevier Science
- Year
- 2010
- Tongue
- English
- Weight
- 259 KB
- Volume
- 432
- Category
- Article
- ISSN
- 0024-3795
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π SIMILAR VOLUMES
Let F be a field of characteristic zero and let E be the Grassmann algebra of an infinite dimensional F-vector space L. In this paper we study the Z 2 -graded polynomial identities of E with respect to any fixed Z 2 -grading such that L is an homogeneous subspace. We found explicit generators for th
dedicated to professor marc a. rieffel on the occasion of his sixtieth birthday A general commutation theorem is proved for tensor products of von Neumann algebras over common von Neumann subalgebras. Roughly speaking, if the noncommon parts of two von Neumann algebras M 1 and M 2 on the same Hilber
Let K be a finite field of characteristic p > 2, and let M 2 Γ°KΓ be the matrix algebra of order two over K. We describe up to a graded isomorphism the 2-gradings of M 2 Γ°KΓ. It turns out that there are only two nonisomorphic nontrivial such gradings. Furthermore, we exhibit finite bases of the grade