PPT-POLARIZABILITY OF NUCLEON

IN QUANTUMFIELD APPROACH VV ANDREEV NV MAKSIMENKO OM DERYUZHKOVA The F Skorina Gomel State University At present there are many electrodynamic processes on the basis of which experimental data on hadrons . 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. General issues of spectroscopies. II. (c) So Hirata, Department of Chemistry, University of Illinois at Urbana-Champaign. . This material has . been developed and made available online by work supported jointly by University of Illinois, the National Science Foundation under Grant CHE-1118616 (CAREER), and the Camille & Henry Dreyfus Foundation, Inc. through the Camille Dreyfus Teacher-Scholar program. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the sponsoring agencies. 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. 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. Chapter . 19. Copyright © The McGraw-Hill Companies, Inc.  Permission required for reproduction or display.. 2. Chemical Processes vs. . Nuclear Processes. Chemical reactions involve changes in the electronic structure of the atom. And symmetries. the simplest nuclei. LHC Particle Accelerator @ CERN. Agenda. Nature of NN forces from gross nuclear properties. Reality check: Properties of the deuteron demand . sophistication (tensor & exchange forces. Transversity. , TMDs and more . Zhihong Ye. Duke University, on behave of SoLID Collaboration. DIS Workshop @ SMU, Dallas, TX. 04/30/2015. Outline. . Transversity. and TMDs (quarks). Probe TMDs with SIDIS. 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.. Extending the reach of “ab initio” nuclear many-body methods. Thomas DUGUET. CEA/. SPhN. , Saclay, France. IKS, KU Leuven, . Belgium. NSCL, . Michigan State . University. , . USA. Collaborators: . (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 . Samit K Mandal. Department of Physics & Astrophysics. University of Delhi. Future Plan with Radioactive ion beam’ (FPRIB2012) at . Saha. Institute of Nuclear Physics from 16 -18, April, 2012. Nuclear Reaction. Scattering from Few-Body Nuclei. Mina Katramatou . and Makis Petratos . Kent State University, Ohio, USA. International Conference on New . Frontiers . in Physics. in determining . the response of an electric . field.. Depending upon the behavior of different . materials in . an electrostatic . field, they . are divided in two main . categories:. 1. Conductors .