Difference between revisions of "JPos17 Charged Current Physics Session"
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2. <I> What can we learn about PDFs from future e+/e- DIS? </I> (25+5): <span style="color:green"> Jeff Owens (Florida State University) </span> | 2. <I> What can we learn about PDFs from future e+/e- DIS? </I> (25+5): <span style="color:green"> Jeff Owens (Florida State University) </span> | ||
− | 3. <I> | + | 3. <I> Possibilities for learning about the nucleon spin structure with positrons and electrons </I> (25+5): <span style="color:green"> <span style="color:green"> Charlotte Van Hulse (University of the Basque Country) </span> |
4. <I> Flavor dependence of nuclear structure functions </I> (25+5): <span style="color:green"> Ian Cloet (Argonne National Lab) <span style="color:red"> </span> | 4. <I> Flavor dependence of nuclear structure functions </I> (25+5): <span style="color:green"> Ian Cloet (Argonne National Lab) <span style="color:red"> </span> | ||
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6. <I> Probing strangeness via charm production in CC DIS </I> (25+5): <span style="color:green"> <span style="color:red"> TBA </span> | 6. <I> Probing strangeness via charm production in CC DIS </I> (25+5): <span style="color:green"> <span style="color:red"> TBA </span> | ||
− | 7. <I> Diffractive processes </I> (25+5): <span style="color:green"> Michael Murray ( University of Kansas) </span> | + | 7. <I> Diffractive processes </I> (25+5): <span style="color:green"> Michael Murray (University of Kansas) </span> |
Latest revision as of 21:45, 5 August 2017
List your plenary program (suggested long = 35+5, suggested short = 25+5):
1. Structure functions with e+ and e- DIS at HERA (35+5): Stefan Schmitt (DESY)
2. What can we learn about PDFs from future e+/e- DIS? (25+5): Jeff Owens (Florida State University)
3. Possibilities for learning about the nucleon spin structure with positrons and electrons (25+5): Charlotte Van Hulse (University of the Basque Country)
4. Flavor dependence of nuclear structure functions (25+5): Ian Cloet (Argonne National Lab)
5. Pion and kaon structure with tagged DIS (25+5): Tanja Horn (Catholic University of America)
6. Probing strangeness via charm production in CC DIS (25+5): TBA
7. Diffractive processes (25+5): Michael Murray (University of Kansas)