The Jlab Upgrade - Studies of the Nucleon with CLAS12
Volker D. Burkert
TL;DR
This paper reviews the JLab CLAS12 upgrade's efforts to explore nucleon structure through various high-energy scattering processes, aiming to deepen understanding of parton distributions and spin phenomena.
Contribution
It provides an overview of the experimental program utilizing CLAS12 to investigate nucleon structure with advanced measurement techniques and high-energy capabilities.
Findings
Access to generalized parton distributions via exclusive processes
Measurement of transverse momentum dependent distributions
High-precision data on spin structure functions and resonance form factors
Abstract
An overview is presented on the program to study the nucleon structure at the 12 GeV JLab upgrade using the CLAS12 detector. The focus is on deeply virtual exclusive processes to access the generalized parton distributions, semni-inclusive processes to study transverse momentum dependent distribution functions, and inclusive spin structure functions and resonance transition form factors at high Q^2 and with high precision.
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