6 citations · 15 across the 13 of their papers we have counts for
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The Dirac Equation and General Linear Transformations of Coordinate Systems
Alexander Yu. Vlasov
The spinor representation of the Lorentz group does not accept simple generalization with the group GL(4,R) of general linear coordinate transformations. The Dirac equation may be…
Dirac Spinors and Representations of GL(4) Group in GR
Alexander Yu. Vlasov
Transformation properties of Dirac equation correspond to Spin(3,1) representation of Lorentz group SO(3,1), but group GL(4,R) of general relativity does not accept a similar const…
Notes on Weyl-Clifford algebras
Alexander Yu. Vlasov
Here is discussed generalization of Clifford algebras, l^n-dimensional Weyl-Clifford algebras T(n,l) with n generators t_k satisfying equation $(\sum_{k=1}^n a_k t_k)^l = \sum_{k=1…
Symmetries of complexified space-time and algebraic structures in quantum theory
Alexander Yu. Vlasov
In this paper is discussed description of some algebraic structures in quantum theory by using formal recursive constructions with "complex Poincaré group" ISO(4,C).