Measurement of the Pion and Photon Light-Cone Wave Functions by Diffractive Dissociation
Daniel Ashery
TL;DR
This paper revisits the measurement of pion and photon light-cone wave functions, presenting results for their Gegenbauer coefficients and providing insights into their electromagnetic and hadronic structures.
Contribution
It offers new measurements of the pion and photon wave functions, including their Gegenbauer coefficients, enhancing understanding of their internal structures.
Findings
Gegenbauer coefficients for pion wave function determined
Photon electromagnetic and hadronic wave functions measured
Results improve understanding of meson internal structures
Abstract
The measurement of the pion light-cone wave function is revisited and results for the Gegenbauer coefficients are presented. Mesurements of the photon electromagnetic and hadronic wave functions are described and results are presented.
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