Summing all the eikonal graphs. II
H.M. Fried, Y. Gabellini
TL;DR
This paper introduces a new model to estimate the large number of eikonal graphs typically neglected, aiming to better understand total cross sections' energy dependence within the Froissart bound.
Contribution
It presents a novel functional approach to account for all eikonal graphs, improving the accuracy of scattering models at high energies.
Findings
The model estimates the contribution of neglected graphs.
Total cross sections increase with energy within Froissart bounds.
Provides a more comprehensive framework for eikonal scattering analysis.
Abstract
A physically reasonable model is introduced in order to estimate, in a functional way, the vast number of distinct graphs which are conventionally neglected in eikonal scattering models that lead to total cross sections increasing with energy in the form of the Froissart bound.
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