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1	Measurement of Single Spin Asymmetries in Semi-Inclusive Deep Inelastic Scattering Reaction n↑(e, éπ+)X at Jefferson Lab Allada, Kalyan C. 01 January 2010 (has links) What constitutes the spin of the nucleon? The answer to this question is still not completely understood. Although we know the longitudinal quark spin content very well, the data on the transverse quark spin content of the nucleon is still very sparse. Semi-inclusive Deep Inelastic Scattering (SIDIS) using transversely polarized targets provide crucial information on this aspect. The data that is currently available was taken with proton and deuteron targets. The E06-010 experiment was performed at Jefferson Lab in Hall-A to measure the single spin asymmetries in the SIDIS reaction n↑(e,éπ±/K±)X using transversely polarized 3He target. The experiment used the continuous electron beam provided by the CEBAF accelerator with a beam energy of 5.9 GeV. Hadrons were detected in a high-resolution spectrometer in coincidence with the scattered electrons detected by the BigBite spectrometer. The kinematic coverage focuses on the valence quark region, x = 0.19 to 0.34, at Q2 = 1.77 to 2.73 (GeV/c)2. This is the first measurement on a neutron target. The data from this experiment, when combined with the world data on the proton and the deuteron, will provide constraints on the transversity and Sivers distribution functions on both the u and d-quarks in the valence region. In this work we report on the single spin asymmetries in the SIDIS n↑(e,éπ+)X reaction. Single-Spin Asymmetries; Helium-3 Neutron Transversity Sivers Function Semi-Inclusive Deep Inelastic Scattering Other Physical Sciences and Mathematics
2	Transverse Spin and Classical Gluon Fields: Combining Two Perspectives on Hadronic Structure Sievert, Matthew D. 10 October 2014 (has links) No description available. Physics Nuclear Physics Quantum Physics transverse spin classical gluon fields saturation Sivers function small-x single spin asymmetry transverse spin asymmetry TMD STSA MV model heavy nucleus heavy ion nuclear shadowing lensing odderon QCD orbital angular momentum
3	Small-x Physics Meets Spin-Orbit Coupling: Transverse Spin Effects in High Energy QCD Santiago, M. Gabriel 12 September 2022 (has links) No description available. Quantum Physics Nuclear Physics Physics transverse spin small-x Sivers function Boer-Mulders function QCD single spin asymmetry STSA odderon sub-eikonal lensing mechanism TMDs

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