Speaker
Nilanga Liyanage
(University of Virginia (US))
Description
Jefferson lab is well known for its high quality, high polarization electron beam. Jefferson lab
polarized beam, combined with the range of polarized proton, deuteron and 3He targets in
experimental halls A, B and C, allows for high precision exploration of spin structures of both
proton and neutron in the low to intermediate Q2 region. The impact of Jefferson lab precision spin
data is especially significant in the high x_Bj valence quark region, where the availability of
previous world is rather limited. Many exciting new results on spin structure functions g1 and
g2, virtual photon asymmetry A1, and the moments of the spin structure functions have recently
become available from halls A, B and C for both neutron and proton. I will be presenting results
from hall A experiments small angle GDH (E97-110) and g2p (E08-027), hall B experiments EG1b,
EG1-DVCS and EG4 as well as from hall C SANE (E07-003) experiment.
Primary author
Nilanga Liyanage
(University of Virginia (US))
