October 23, 2019
3:30PM
-
4:30PM
M2035 Physics Research Building
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2019-10-23 14:30:00
2019-10-23 15:30:00
Nuclear Physics Seminar -Jianwei Qiu (Jefferson Lab) - Extracting Hadron's Partonic Structure from Lattice QCD Calculations
Parton distribution and correlation functions describe the relation between a hadron and the quarks and gluons (or partons) within it, and carry rich information on hadron's partonic structure that cannot be calculated by QCD perturbation theory. In this talk, I will review what lattice QCD can and cannot do in calculating the nucleon structure, and demonstrate how to combine the strength of both lattice QCD and perturbative QCD to explore nucleon structure in a way complementary to what we have been doing with experimental data in last forty years.
M2035 Physics Research Building
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America/New_York
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2019-10-23 15:30:00
2019-10-23 16:30:00
Nuclear Physics Seminar -Jianwei Qiu (Jefferson Lab) - Extracting Hadron's Partonic Structure from Lattice QCD Calculations
Parton distribution and correlation functions describe the relation between a hadron and the quarks and gluons (or partons) within it, and carry rich information on hadron's partonic structure that cannot be calculated by QCD perturbation theory. In this talk, I will review what lattice QCD can and cannot do in calculating the nucleon structure, and demonstrate how to combine the strength of both lattice QCD and perturbative QCD to explore nucleon structure in a way complementary to what we have been doing with experimental data in last forty years.
M2035 Physics Research Building
America/New_York
public
Parton distribution and correlation functions describe the relation between a hadron and the quarks and gluons (or partons) within it, and carry rich information on hadron's partonic structure that cannot be calculated by QCD perturbation theory. In this talk, I will review what lattice QCD can and cannot do in calculating the nucleon structure, and demonstrate how to combine the strength of both lattice QCD and perturbative QCD to explore nucleon structure in a way complementary to what we have been doing with experimental data in last forty years.
