Add to ORKGExperimental density matrices of the vector mesons and isobars produced in reactions of the form πB→VB and πB→VΔ are compared with predictions obtained by assuming particular couplings at the Regge baryon-baryon vertex. Couplings are classified according to the total angular momentum J (orbital combined with intrinsic) of the Regge trajectory relative to the incident nucleon in the direct channel. For the πB→VΔ case, it is found that the present Regge-pole treatment of unequal-mass kinematics allows one to distinguish between couplings for different J, and that all data are consistent with J=1. Data for πB→VB charge-exchange reactions are also consistent with J=1 dominance
Regge trajectories can be simply derived from the conservation of angular momentum in hyperbolic spa...
It is shown that all the available high-energy data on total cross-sections can be incorporated with...
In the description of photo~reactions on the basis of the Argonne Regge cut model, it is pointed out...
Application of the Regge-pole model to vector-meson production by incident pseudoscalars is reexamin...
A generalized expression far Reggeized helicity amplitudes is presented. It is found that the kinem...
The couplings of a meson trajectory α(t) to the baryon octet B and the decimet Δ are studied in the ...
A Regge pole scheme is examined to fit hadronic total cross sections below an effective antibaryon-b...
Recent theoretical developments in the reggeization of inelastic processes involving particles with ...
Couplings of the pion Regge trajectory are discussed. We find that the kinematic factors prescribed ...
Under the hypothesis that a K-π resonance is vector, we examine its role in the associated productio...
By using a Regge-pole model for vector meson production (VMP), successfully de-scribing the HERA dat...
We use Regge phenomenology to study the structure of the poles of the N* and Delta* spectrum. We emp...
We use Regge phenomenology to study the structure of the poles of the N* and Delta* spectrum. We emp...
We propose (a) "the vector coupling hypothesis" (VCH) that the leading normal parity regge trajector...
The connection between Regge poles, bound states and resonances, and asymptotic behavior in momentum...
Regge trajectories can be simply derived from the conservation of angular momentum in hyperbolic spa...
It is shown that all the available high-energy data on total cross-sections can be incorporated with...
In the description of photo~reactions on the basis of the Argonne Regge cut model, it is pointed out...
Application of the Regge-pole model to vector-meson production by incident pseudoscalars is reexamin...
A generalized expression far Reggeized helicity amplitudes is presented. It is found that the kinem...
The couplings of a meson trajectory α(t) to the baryon octet B and the decimet Δ are studied in the ...
A Regge pole scheme is examined to fit hadronic total cross sections below an effective antibaryon-b...
Recent theoretical developments in the reggeization of inelastic processes involving particles with ...
Couplings of the pion Regge trajectory are discussed. We find that the kinematic factors prescribed ...
Under the hypothesis that a K-π resonance is vector, we examine its role in the associated productio...
By using a Regge-pole model for vector meson production (VMP), successfully de-scribing the HERA dat...
We use Regge phenomenology to study the structure of the poles of the N* and Delta* spectrum. We emp...
We use Regge phenomenology to study the structure of the poles of the N* and Delta* spectrum. We emp...
We propose (a) "the vector coupling hypothesis" (VCH) that the leading normal parity regge trajector...
The connection between Regge poles, bound states and resonances, and asymptotic behavior in momentum...
Regge trajectories can be simply derived from the conservation of angular momentum in hyperbolic spa...
It is shown that all the available high-energy data on total cross-sections can be incorporated with...
In the description of photo~reactions on the basis of the Argonne Regge cut model, it is pointed out...