To understand the coupling behavior of the spinor with spacetime, the explicit form of the energy-momentum tensor of the spinor in curved spacetime is important. This problem seems to be overlooked for a long time. In this paper we derive the explicit form of energy momentum tensors and display some equivalent but simple forms of the covariant derivatives for both the Weyl spinor and the Dirac bispinor in curved spacetime
AbstractA general relativistic cosmological method is constructed in which the energy momentum tenso...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, ...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, t...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
Energy momentum tensors of higher-derivative free scalar conformal field theories in flat spacetime ...
In this paper we consider the Dirac spinor field in interaction with a background of electrodynamics...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
Abstract In this paper we consider the Dirac spinor field in interaction with a background of electr...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
The four fundamental interactions can be described with modern geometry. Gauge theory says that the ...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
In this article, various approaches to calculate covariant expressions for the bilinears of Dirac sp...
The most general first-order differential operator that commutes with the Dirac operator and hence p...
This paper proposes a description of the notion of spinor by restricting attention on its definition...
A formulation of spinor analysis in space-time is given in terms of smooth sections of a real Cliffo...
AbstractA general relativistic cosmological method is constructed in which the energy momentum tenso...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, ...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, t...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
Energy momentum tensors of higher-derivative free scalar conformal field theories in flat spacetime ...
In this paper we consider the Dirac spinor field in interaction with a background of electrodynamics...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
Abstract In this paper we consider the Dirac spinor field in interaction with a background of electr...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
The four fundamental interactions can be described with modern geometry. Gauge theory says that the ...
A covariant method is devised to construct the symmetric energy-momentum tensor for vector fields in...
In this article, various approaches to calculate covariant expressions for the bilinears of Dirac sp...
The most general first-order differential operator that commutes with the Dirac operator and hence p...
This paper proposes a description of the notion of spinor by restricting attention on its definition...
A formulation of spinor analysis in space-time is given in terms of smooth sections of a real Cliffo...
AbstractA general relativistic cosmological method is constructed in which the energy momentum tenso...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, ...
In general, a first order Lagrangian gives rise to second order Euler-Lagrange equations. However, t...