Speaker
Prof.
Craig Roberts
Description
Continuum Schwinger function methods provide a nonperturbative tool for the analysis and prediction of strong interaction phenomena involving baryons and mesons. They are particularly useful in explicating connections between the spectrum and structure of the nucleon and its resonances and the three pillars of emergent hadron mass (EHM) -- namely, the running gluon mass, process-independent effective charge, and running quark masses. This presentation will sketch an array of such links, focusing on parton distribution functions and the baryon angular momentum content.
Author
Prof.
Craig Roberts