Abstract
We develop a generalization of the geometric picture for high-energy antiproton (proton)-proton elastic scattering. The eikonal at each impact parameter is considered to have fluctuations about an average value, and is thus characterized by a distribution. A connection to parton branching is made through the specific form of the distribution function for the eikonal. A unified physical theory with significant fluctuations accurately describes the anti p(p)-p data at both ..sqrt..s = 546 GeV and 53 GeV. The fluctuation parameter is remarkably well given by that directly observed in multiparticle production.
Citation Formats
Barshay, S, and Goldberg, J.
New description of high energy antiproton (proton)-proton elastic scattering.
Netherlands: N. p.,
1987.
Web.
Barshay, S, & Goldberg, J.
New description of high energy antiproton (proton)-proton elastic scattering.
Netherlands.
Barshay, S, and Goldberg, J.
1987.
"New description of high energy antiproton (proton)-proton elastic scattering."
Netherlands.
@misc{etde_5661160,
title = {New description of high energy antiproton (proton)-proton elastic scattering}
author = {Barshay, S, and Goldberg, J}
abstractNote = {We develop a generalization of the geometric picture for high-energy antiproton (proton)-proton elastic scattering. The eikonal at each impact parameter is considered to have fluctuations about an average value, and is thus characterized by a distribution. A connection to parton branching is made through the specific form of the distribution function for the eikonal. A unified physical theory with significant fluctuations accurately describes the anti p(p)-p data at both ..sqrt..s = 546 GeV and 53 GeV. The fluctuation parameter is remarkably well given by that directly observed in multiparticle production.}
journal = []
volume = {196:4}
journal type = {AC}
place = {Netherlands}
year = {1987}
month = {Oct}
}
title = {New description of high energy antiproton (proton)-proton elastic scattering}
author = {Barshay, S, and Goldberg, J}
abstractNote = {We develop a generalization of the geometric picture for high-energy antiproton (proton)-proton elastic scattering. The eikonal at each impact parameter is considered to have fluctuations about an average value, and is thus characterized by a distribution. A connection to parton branching is made through the specific form of the distribution function for the eikonal. A unified physical theory with significant fluctuations accurately describes the anti p(p)-p data at both ..sqrt..s = 546 GeV and 53 GeV. The fluctuation parameter is remarkably well given by that directly observed in multiparticle production.}
journal = []
volume = {196:4}
journal type = {AC}
place = {Netherlands}
year = {1987}
month = {Oct}
}