Perturbative Pion Wave function in Coherent Pion-Nucleon Di-Jet Production
L. Frankfurt (Tel-Aviv), G.A. Miller(U.of Washington, Seattle), M., Strikman (Penn. State Univ.)
TL;DR
This paper applies perturbative QCD to model the pion wave function for calculating the scattering amplitude in coherent high-momentum di-jet production from nucleons.
Contribution
It introduces a perturbative approach to the pion wave function specifically for coherent di-jet production processes.
Findings
Successful calculation of scattering amplitudes using the perturbative pion wave function.
Provides insights into the structure of the pion in high-energy scattering.
Lays groundwork for future experimental validation of the model.
Abstract
A perturbative QCD treatment of the pion wave function is applied to computing the scattering amplitude for coherent high relative momentum di-jet production from a nucleon.
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