A method is suggested for approximately bootstrapping Regge trajectories, thereby avoiding the cutoff problems of the usual bootstrap calculation. The method is based on dispersion relations for Regge trajectories and on unitarity applied at l=α. Successively more realistic approximations are described which bring in more information on the potential, and more trajectories. The approximate Regge parameters are guaranteed to have the desired threshold and asymptotic properties
It is known that in the field theory description of the Compton scattering of nucleons by vector mes...
In the self-consistent dual unitarization model with several input Regge trajectories we prove that:...
We present a new approach to Reggeization of gauge amplitudes, based on the universal properties of ...
The left-hand discontinuities in the partial-wave amplitudes for - scattering are assumed to be domi...
An approximation scheme, based on the unitarity condition and dispersion relations, is applied to th...
The connection between continuous Regge trajectories and the vanishing of renormalization constants ...
The multiperipheral ordered bootstrap of Rosenzweig and Veneziano is studied by using dual triple Re...
Attempts to fit [1] the earliest accurate measurements of high-energy cross sections, namely the tot...
We have calculated the locations of the Regge poles for an actual interatomic potential by following...
Corrections due to the exchange of the resonances lying on the leading crossed-channel Regge traject...
A detailed investigation of the Regge properties of singular intermolecular potentials has been made...
A new procedure, the variational method, is proposed for the evaluation of Regge trajeotories from t...
Compatibility of gluon Reggeization with s-channel unitarity requires the vertices of the Reggeon in...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f2(127...
The connection between Regge poles, bound states and resonances, and asymptotic behavior in momentum...
It is known that in the field theory description of the Compton scattering of nucleons by vector mes...
In the self-consistent dual unitarization model with several input Regge trajectories we prove that:...
We present a new approach to Reggeization of gauge amplitudes, based on the universal properties of ...
The left-hand discontinuities in the partial-wave amplitudes for - scattering are assumed to be domi...
An approximation scheme, based on the unitarity condition and dispersion relations, is applied to th...
The connection between continuous Regge trajectories and the vanishing of renormalization constants ...
The multiperipheral ordered bootstrap of Rosenzweig and Veneziano is studied by using dual triple Re...
Attempts to fit [1] the earliest accurate measurements of high-energy cross sections, namely the tot...
We have calculated the locations of the Regge poles for an actual interatomic potential by following...
Corrections due to the exchange of the resonances lying on the leading crossed-channel Regge traject...
A detailed investigation of the Regge properties of singular intermolecular potentials has been made...
A new procedure, the variational method, is proposed for the evaluation of Regge trajeotories from t...
Compatibility of gluon Reggeization with s-channel unitarity requires the vertices of the Reggeon in...
We apply a recently developed dispersive formalism to calculate the Regge trajectories of the f2(127...
The connection between Regge poles, bound states and resonances, and asymptotic behavior in momentum...
It is known that in the field theory description of the Compton scattering of nucleons by vector mes...
In the self-consistent dual unitarization model with several input Regge trajectories we prove that:...
We present a new approach to Reggeization of gauge amplitudes, based on the universal properties of ...