English

Cohomological Approach to the Graded Berezinian

Rings and Algebras 2016-06-28 v3 Mathematical Physics Differential Geometry math.MP Quantum Algebra

Abstract

We develop the theory of linear algebra over a (Z_2)^n-commutative algebra (n in N), which includes the well-known super linear algebra as a special case (n=1). Examples of such graded-commutative algebras are the Clifford algebras, in particular the quaternion algebra H. Following a cohomological approach, we introduce analogues of the notions of trace and determinant. Our construction reduces in the classical commutative case to the coordinate-free description of the determinant by means of the action of invertible matrices on the top exterior power, and in the supercommutative case it coincides with the well-known cohomological interpretation of the Berezinian.

Keywords

Cite

@article{arxiv.1207.2962,
  title  = {Cohomological Approach to the Graded Berezinian},
  author = {Tiffany Covolo},
  journal= {arXiv preprint arXiv:1207.2962},
  year   = {2016}
}

Comments

18 pages; corrected typos, added references; to appear in Journal of Noncommutative Geometry