Spin-Orbit Correlations and Single-Spin Asymmetries
Matthias Burkardt
TL;DR
This paper explores how orbital angular momentum and spin-orbit correlations influence the internal structure of hadrons, shedding light on their role in spin asymmetries observed in experiments.
Contribution
It discusses specific examples demonstrating the importance of spin-orbit correlations and orbital angular momentum in hadron structure.
Findings
Orbital angular momentum significantly affects hadron spin structure.
Spin-orbit correlations contribute to single-spin asymmetries.
Examples illustrate the impact on experimental observations.
Abstract
Several examples for the role of orbital angular momentum and spin-orbit correlations in hadron structure are discussed.
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