It has been shown in the first non-trivial approximation that the Langrangian field theory of spin 1/2 fermions and neutral vector mesons interacting through a conserved current has the apparently miraculous property that the "elementary" spinor particle lies on a Regge trajectory. We would like to point out here that this feature of the spinor-vector field theory, if it is in fact exactly true, also has interesting implications when phrased in terms of "S-matrix theory", in which it is assumed that there are no elementary objects and that all particles are created by a "bootstrap mechanism"
It is shown that in order to describe the motion of a particle with space-time extension in conformi...
Extending work by Gies and Karbstein on the Euler\u80-\u93Heisenberg Lagrangian, it has recently bee...
The idea that all strongly interacting particles are nonelementary in the technical sense of not bei...
It has been shown in the first non-trivial approximation that the Langrangian field theory of spin 1...
It is known that in the field theory description of the Compton scattering of nucleons by vector mes...
It is shown that an elementary particle of conventional field theory may, under certain conditions, ...
A precise statement of the bootstrap theory in the language of conventional Lagrangian field theory ...
We use a map introduced by Berkovits to determine the first levels of the theta-expansion of vertex ...
The É. Cartan’s equations defining “simple ” spinors (re-named “pure ” by C. Chevalley) are interpr...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
It was recently conjectured that in the perturbation expansion of certain renormalizable field theo...
The connection between continuous Regge trajectories and the vanishing of renormalization constants ...
The bootstrap condition Z1=Z3=0 in field theory is discussed in the perturbative Zacharia-sen model ...
Composite states in nonrelativistic scattering theory lie on Regge trajectories (1) corresponding to...
The Dirac equation follows from the linearization of Einstein’s momentum-energy equation and leads t...
It is shown that in order to describe the motion of a particle with space-time extension in conformi...
Extending work by Gies and Karbstein on the Euler\u80-\u93Heisenberg Lagrangian, it has recently bee...
The idea that all strongly interacting particles are nonelementary in the technical sense of not bei...
It has been shown in the first non-trivial approximation that the Langrangian field theory of spin 1...
It is known that in the field theory description of the Compton scattering of nucleons by vector mes...
It is shown that an elementary particle of conventional field theory may, under certain conditions, ...
A precise statement of the bootstrap theory in the language of conventional Lagrangian field theory ...
We use a map introduced by Berkovits to determine the first levels of the theta-expansion of vertex ...
The É. Cartan’s equations defining “simple ” spinors (re-named “pure ” by C. Chevalley) are interpr...
By means of Clifford Algebra, a unified language and tool to describe the rules of nature, this pape...
It was recently conjectured that in the perturbation expansion of certain renormalizable field theo...
The connection between continuous Regge trajectories and the vanishing of renormalization constants ...
The bootstrap condition Z1=Z3=0 in field theory is discussed in the perturbative Zacharia-sen model ...
Composite states in nonrelativistic scattering theory lie on Regge trajectories (1) corresponding to...
The Dirac equation follows from the linearization of Einstein’s momentum-energy equation and leads t...
It is shown that in order to describe the motion of a particle with space-time extension in conformi...
Extending work by Gies and Karbstein on the Euler\u80-\u93Heisenberg Lagrangian, it has recently bee...
The idea that all strongly interacting particles are nonelementary in the technical sense of not bei...