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Theory Center Seminar
<br>
Wed., June 18, 2014
<br>
9:00 a.m. (coffee at 8:45 a.m.)
<br>
CEBAF Center, Room F224/225
<br>
<br>
Ted Rogers
<br>
Stony Brook University
<br>
<br>
<br>
<big><b>Multi-Dimensional Hadron Structure and QCD
</b></big><br>
<br>
Experiments planned for the near future, particularly those
connected with the Jefferson Lab 12 GeV
<br>
upgrade and a future electron ion collider, will provide access to
strong interaction dynamics and
<br>
associated bound state mechanisms with unprecedented levels of
detail. I will summarize how these
<br>
new sources of experimental data will ultimately lead to profound
new insights into the underlying
<br>
QCD dynamics of hadron and nuclear structure. Extensions of QCD
factorization theorems are necessary
<br>
for interpreting transverse momentum dependent cross sections, and I
will explain some of the important
<br>
recent developments in transverse momentum dependent factorization
that make this possible. I will
<br>
continue with a description of my current efforts to organize a
broad theoretical-experimental collaborative
<br>
network for the study of transverse momentum dependence. Our
ultimate goal is to extract information
<br>
about hadron structure by implementing the transverse momentum
dependent factorization program,
<br>
in concert with non-perturbative QCD methods, in the analysis of
forthcoming data from a wide variety
<br>
of processes. Along the way, I will elaborate on important near-term
milestones as well as on broad,
<br>
long-term goals.
<br>
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