PPT-Exposing the valence-quark structure of the pion and nucleon

Craig Roberts Physics Division Collaborators 2012Present Shi CHAO Nanjing U Ming hui DING PKU Fei GAO PKU S HERNÁNDEZ U Michoácan Cédric. Goldstone . modes. Rocio. BERMUDEZ (. U . Micho. á. can. ). ;. Chen . CHEN. (ANL, IIT, USTC);. Xiomara. GUTIERREZ-GUERRERO (U . Micho. á. can. ). ;. Trang. NGUYEN (KSU). ;. Si-. xue. QIN (PKU). pion. -exchange effects . on DIS and DY processes. T.-S. H. Lee. Argonne National Laboratory. Motivated by discussions with . Roy Holt. Started with a collaboration in 2008-2009. Physics. Report from the Town Meeting October 25. Sebastian Kuhn, Old Dominion University. Agenda. Town Meeting “. Hadronic. Physics”. * 7:00 Medium Energy Physics Overview - Roy Holt. * 7:40 The future of hadron physics - Craig Roberts. dynamics in. . hard. . processes. M.V.Polyakov. http://www.tp2.rub.de/~maximp. Ruhr-University Bochum. Chiral symmetry breaking - the phenomenon shaping our World . New . soft pion . theorems in hard processes– how ChSB works for colour clusters. Gerhard . Mallot. Plan. Lecture I. Introduction. DIS and structure functions, sum rules. Why contribute the quark spin so little? . Principle of measurements, experiments. G. Mallot/CERN. Obergurgl, October 2007. 2. and Tracers). Fermi Space Telescope. Gamma-ray emission from SNRs. Pion emission. Neutral pion. Pions. (boson) are produced in high energy proton-proton collision . Neutral pion is composed of quark and anti-quark . Aran David Stubbs. Inframatter Research Center. April 2016 APS Conference. Outline. The IRC Model. Types of Proto-Matter. Structures. Scalar Mesons. The Pions. Other Flavorless Scalar Mesons. Conclusion. Doron Gazit. Institute for Nuclear Theory. University of Washington, Seattle.. From a few body physicist’s perspective. Motivation.. Interaction of weak probes with nuclei.. Part I: Weak structure of the nucleon.. Inclusive measurements at large . x. ; . quark models tests and Lattice QCD tests. Exclusive measurements in the valence region (imaging): . DVCS + DVMP + Lattice to create an image.. Semi-inclusive measurements . Craig Roberts. Physics Division. . Getting real. KITPC: From nucleon structure ... - 46pgs. Craig Roberts: The Issue of Substance in Hadron Physics (83). 2. Charting the Interaction. Interaction in QCD is not momentum-independent. (an overview, but mainly . D. G). Abhay Deshpande. Stony Brook University. RIKEN BNL Research Center. PANIC’11 at MIT. July 28, 2011. Outline. Introduction. Relativistic Heavy Ion Collide as a polarized . Symmetry Breaking. Craig Roberts. Physics Division. Q. C. D. ’s Challenges. Dynamical . Chiral. Symmetry Breaking. Very unnatural pattern of bound state masses; . . e.g., . Lagrangian. (. pQCD. in the nucleon sea . and . EMC studies at . the SeaQuest Experiment. Arun Tadepalli. Advisor: Prof. Ron Gilman. Rutgers University. (on behalf of the . SeaQuest E906 . collaboration). 1. 2. Outline of the talk/ Energy budget of the Universe . Xiangdong Ji. University of Maryland. Why is the proton mass interesting?. How to communicate the lofty goals of nuclear physics to general public?. Long-range plan: . One of the purposes of modern nuclear physics is to understand the origin of the masse of the visible matter. .