PPT-The Nucleon Spin Structure

Gerhard Mallot Plan Lecture I Introduction DIS and structure functions sum rules Why contribute the quark spin so little Principle of measurements experiments G MallotCERN Obergurgl October 2007. Eluci. dation . Method. Janine A. . Ferrer. IV- BS Chemistry for Teachers. Nuclear Magnetic. Resonance. Spectroscopy. A spectroscopic technique that provides information about the carbon-hydrogen framework of a molecule.. Elastic Electron Scattering. Andrei Afanasev. Hampton University/JLAB. PAVI 2009. Bar Harbor, Maine, June 25, 2009. Plan of talk. Elastic electron-proton scattering beyond the leading order in QED. Models for two-photon exchange. Aharonov. -Bohm, and . Color . Entanglement in Quantum Chromodynamics. Christine A. Aidala. University of Michigan. Jefferson Lab. January 30, 2015. left. right. C. Aidala, JLab, January 30, 2015. Theory of . isospin. correlated matter. Masayasu. Harada . (Nagoya Univ.). at Mini workshop on . . . “Structure and production of charmed baryons II”. . (J-PARC, August 7, 2014). Based on. ・ . D.Suenaga, B.-. 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. Topological Insulators. No conduction through. . interior of material. Current flows along . surfaces,. not terribly sensitive . to . defects. With spin-orbit . interaction, . similar to intrinsic . Dan Watts. University of Edinburgh. Outline. Many proton knockout. Nuclear tagging using nuclear gamma decay photons. Recoil nucleon spin . polarimetry. – first crude look at possibilities. Many nucleon knockout from nuclei. Salpeter. . approach and lepton-, hadron-deuteron . scattering. V.V.Burov. S.G.Bondarenko. , . E.P.Rogochaya. , . M.V.Rzjanin. , G.I Smirnov– JINR, . Dubna. . A.A.Goy. , . V.N.Dostovalov. , . K.Yu.Kazakov. Seigo. Souma. Tohoku. University. May 31, 2010. A. . Takayama. , . K. Sugawara, T. Sato,. and T. Takahashi. Collaborators:. 1. WS10-ETLODs, Valencia-Spain. Anomalous electron spin phenomena. Spin dependence of electronic structure. 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 . Robert Edwards . Jefferson Lab. N. *. @ high . Q. 2. , 2011. TexPoint. fonts used in EMF. . Read the TexPoint manual before you delete this box.: . A. A. A. A. A. A. A. A. A. A. A. A. A. A. A. Collaborators:.