Exclusive $J/\psi$ Production in Diffractive Process with AdS/QCD Holographic Wave Function in BLFQ
Ya-ping Xie, Xurong Chen
TL;DR
This paper applies an AdS/QCD holographic wave function within the BLFQ framework to compute exclusive $J/ar{J}$ production in diffractive processes, showing good agreement with experimental data.
Contribution
It introduces the use of AdS/QCD holographic wave functions in BLFQ for vector mesons to predict diffractive $J/ar{J}$ production cross sections.
Findings
Predictions agree well with experimental data.
The holographic wave function effectively models the vector meson.
The approach enhances understanding of diffractive processes.
Abstract
The AdS/QCD holographic wave function of basis light-front quantization (BLFQ) for vector meson is applied in this manuscript. The exclusive production of in diffractive process is computed in dipole model with AdS/QCD holographic wave function. We use IP-Sat and IIM model in the calculation of the differential cross section of the dipole scattering off the proton. The prediction of AdS/QCD holographic wave function in BLFQ gives a good agreement to the experimental data.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions · Black Holes and Theoretical Physics