Dirac matrices as elements of a superalgebraic matrix algebra
Vadim Valerievitch Monakhov
Abstract
Open-access reader
Vadim Valerievitch Monakhov
Abstract
Open-access reader
A Clifford extension of the Grassmann algebra is considered in which operators are built from products of Grassmann variables and derivatives with respect to them. It is shown that a subalgebra of operators, isomorphic to the usual matrix algebra, can be separated in this algebra, while the algebra itself is a generalization of the matrix algebra, contains superalgebraic operators expanding the matrix algebra, and produces transformations of supersymmetry.
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A Clifford extension of the Grassmann algebra is considered in which operators are built from products of Grassmann variables and derivatives with respect to them. It is shown that a subalgebra of operators, isomorphic to the usual matrix algebra, can be separated in this algebra, while the algebra itself is a generalization of the matrix algebra, contains superalgebraic operators expanding the matrix algebra, and produces transformations of supersymmetry.
Key concepts: Algebra over a field, Matrix (chemical analysis), Matrix algebra, Mathematics, Pure mathematics, Physics, Chemistry, Eigenvalues and eigenvectors