PPT-Probing the Strong Interaction with Pion Electroproduction

Nucleon vs Pion Form Factors Earlier focused on nucleon proton and neutron form factors Motivation Understand structure of the nucleon at short and long distances Understand the nature of the strong interaction Quantum . 1071242Open Hashing (Chaining)0123456789abdgcf 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. CLAS and CLAS11. Paul Stoler-RPI. Measure . electroproduction. of mesons above the. resonance region (W > 2 . GeV. ) over a large range of. of . Q. 2. and . t. in the valence quark region of . x. Kyoto University. Tetsuya MURAKAMI. HIMAC . Pion. Experiment and . Pb. Isotope Radius Measurements. Pion. Ratios and ESYM. . Neutron Star . vs. Nuclear EOS. E/A . Density . (. ρ. B. ). L. ρ. 0. 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 . Lalakulich. ,. Oliver . Buss. , Ulrich Mosel, Luis Alvarez-. Ruso. Pion . Production. in . Neutrino Interactions. . with. . Nuclei. TexPoint fonts used in EMF. . Read the TexPoint manual before you delete this box.: . Nuclear Physics. Hint: What are the competing interactions ?. Question: Which are β. +. or β. -. emitters ?. Ans. : Attractive Strong Interaction and repulsive Coulomb interaction. Easier to add neutrons when there is a large Coulomb repulsion.. 4 fundamental forces in nature. The familiar force of . gravity. pulls you down into your seat, towa­rd the Earth's center. You feel it as your weight.. . Why don't you fall through your seat?. Well, another force, . electrocouplings. from CLAS data on . pion. . electroproduction. . V.I. Mokeev, . I.G. Aznauryan. , V.D. . Burkert. Jefferson Lab. Hadron2011 Conference at University of Munich . June 13-17 2011 . Sahil. Singla. . (Carnegie Mellon University). Joint . Work (. Partly) With . ANUPAM GUPTA . and . VISWANATH NAGARAJAN. (2. nd. Feb, 2018). Combinatorial Optimization. Given a . Finite . Universe. Uri Zwick. Tel Aviv University. Started: . April . 2015. Last update: . January 12, 2017. Hashing with open addressing. “Uniform probing”. Insert key . in the first free position among.  . (Sometimes) assumed to be a . Moving beyond . Simon van der Meer’s. paradigm. Pion Instrumented Line (PIL). X. X. X. Eliminate . m. storage capability. 2. X. 1300 km. Residual high energy protons. bend down. 2.9. °. bend down. Carisa Petris, Don Liu . Issue . 7. , 2017. A presentation to:. Meeting name. Date. Table of Contents. 01. Background. 02. Types. of studies. 03. Key results. 04. Tables (Risk of Bias/Forest Plots). Craig Roberts, Physics Division. . Collaborators: 2012-Present. Shi CHAO. (. Nanjing U. ) ;. Ming-. hui. DING (. PKU. );. Fei. GAO (. PKU. ) ;. S. HERNÁNDEZ. . (. U . Michoácan. ). ;. Cédric.