Proton Spin Structure & Polarizabilities in the Strong QCD Regime
ORAL
Abstract
The proton’s spin structure is still not well understood, especially in
the low Q2 regime where the correlation between quarks becomes
significant. This talk will present the results of the Jefferson Lab E08-027 (g2p)
experiment, the first ever measurement of the proton’s g2 structure
function in the low Q2, strong QCD regime. This talk will also discuss
the experimental and analysis process of the experiment, and present
several Polarizabilities derived from the measured structure functions
which are directly compared to calculations of Chiral Perturbation Theory
and serve as a benchmark for future low Q2 effective theories of QCD.
the low Q2 regime where the correlation between quarks becomes
significant. This talk will present the results of the Jefferson Lab E08-027 (g2p)
experiment, the first ever measurement of the proton’s g2 structure
function in the low Q2, strong QCD regime. This talk will also discuss
the experimental and analysis process of the experiment, and present
several Polarizabilities derived from the measured structure functions
which are directly compared to calculations of Chiral Perturbation Theory
and serve as a benchmark for future low Q2 effective theories of QCD.
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Publication: "Proton spin structure and generalized <br>polarizabilities in the strong quantum <br>chromodynamics regime", accepted August 2022 for upcoming publication in Nature Physics.
Presenters
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David Ruth
Authors
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David Ruth