The study of the field equation of arbitrary spin in Robertson-Walker space time, previously separated by variable separation, is completed. The integration of the separated radial equations is performed in an unified way with respect to the curvature parameter. Through a sequence of transformations on the variable and of the radial function, the radial equation is reported to the Heun\u2019s differential equation. The solution of the Heun\u2019s equation however does fall into the class of known functions such as the hypergeometric, the polynomial, the polynomial-like function, only exceptionally. Moreover the Heun\u2019s differential operator admits of a factorization, a property that would simplify the integration, only for special value...
The spin 2 field equations are separated in the Robertson-Walker space-time by the Newman-Penrose fo...
To obtain a generalized wave equation for a field in general covariant form, one must define covaria...
The aim of this thesis is to present a synthesis, using standard techniques of algebra and of differ...
The spin-1 field equation is considered in Robertson-Walker space-time. The problem of the solution ...
The arbitrary spin field equations are separated in the Robertson-Walker space-time by the Newmam-Pe...
The massive spin-(3/2) field equation is explicitly integrated in the Robertson-Walker space-time by...
The spinor formulation of the massive spin 1 equation is considered in the general Robertson-Walker...
The separation of variables of the spin-3/2 field equation is performed in detail in the Schwarzschi...
A two spinor lagrangian formulation of field equations for massive particle of arbitrary spin is pro...
The massless spin 2 free-field equation is studied in the Robertson–Walker space–time via the Newman...
The massive spin 1 equation is separated in the standard Schwarzschild space-time by adopting the ...
The general scheme for massive spin 1 equation in curved space-time is specialized to describe the P...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
The general scheme of the massive spin-1 equation in curved space-time with associated conserved cur...
This book contains a systematic exposition of the theory of spinors in finite-dimensional Euclidean ...
The spin 2 field equations are separated in the Robertson-Walker space-time by the Newman-Penrose fo...
To obtain a generalized wave equation for a field in general covariant form, one must define covaria...
The aim of this thesis is to present a synthesis, using standard techniques of algebra and of differ...
The spin-1 field equation is considered in Robertson-Walker space-time. The problem of the solution ...
The arbitrary spin field equations are separated in the Robertson-Walker space-time by the Newmam-Pe...
The massive spin-(3/2) field equation is explicitly integrated in the Robertson-Walker space-time by...
The spinor formulation of the massive spin 1 equation is considered in the general Robertson-Walker...
The separation of variables of the spin-3/2 field equation is performed in detail in the Schwarzschi...
A two spinor lagrangian formulation of field equations for massive particle of arbitrary spin is pro...
The massless spin 2 free-field equation is studied in the Robertson–Walker space–time via the Newman...
The massive spin 1 equation is separated in the standard Schwarzschild space-time by adopting the ...
The general scheme for massive spin 1 equation in curved space-time is specialized to describe the P...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
The general scheme of the massive spin-1 equation in curved space-time with associated conserved cur...
This book contains a systematic exposition of the theory of spinors in finite-dimensional Euclidean ...
The spin 2 field equations are separated in the Robertson-Walker space-time by the Newman-Penrose fo...
To obtain a generalized wave equation for a field in general covariant form, one must define covaria...
The aim of this thesis is to present a synthesis, using standard techniques of algebra and of differ...