Color Transparency at COMPASS energies
Gerald A. Miller, Mark Strikman
TL;DR
This paper reports on the observation of color transparency effects in high-energy pionic quasielastic knockout experiments at 200 GeV, indicating reduced nuclear attenuation at higher momentum transfers.
Contribution
It provides experimental evidence of color transparency at COMPASS energies, extending understanding of QCD effects in nuclear interactions.
Findings
Large color transparency effects observed at high -t values.
Evidence supports theoretical predictions of reduced nuclear attenuation.
Results suggest similar effects are expected in vector meson photoproduction.
Abstract
Pionic quasielastic knockout of protons from nuclei at 200 GeV show very large effects of color transparency as -t increases from 0 to several GeV^2. Similar effects are expected for quasielastic photoproduction of vector mesons.
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