A fitted light-front spectator model predicts sustained anti-down over anti-up quark enhancement at high x matching E906 data and computes the sea quarks' contribution to nucleon angular momentum.
Collaborationet al., A measurement of the q2, w and t dependences of deeply virtual compton scattering at hera, Journal of High Energy Physics2009, 108 (2009)
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Light sea-quark flavor asymmetry and angular momentum of the nucleon in a scalar-vector spectator model
A fitted light-front spectator model predicts sustained anti-down over anti-up quark enhancement at high x matching E906 data and computes the sea quarks' contribution to nucleon angular momentum.