PDF-? !!22 Gluon Scattering !!23 Gluon Scattering (325 distinct diagrams)*

For each momentum k we appoint a polarization vector.  . 1. W. 1. +  . 2. W. 2. +  . 3. W. 3. Substitute B.  . = . cos. W. A. . +.  sin . W. Z. 0. . . . Sum over first generation particles.. Flavor changing interactions.. 3-Jet events at DELPHI Speaker: Roman HennigSupervisor: Prof. Herrmann 1.Introductioncharge,QCD,Asymptoticfreedom,2.Theexperimentdetectoracceptancesimulation,eventtopologies3.MeasurementsResultsmeasur Interaction, . Quarks + Gluons. Quark . Model. Partons. Gluons + QCD. M.Klein. 4.3.2013 L4. Introduction to Particle Physics - Max Klein . – . Lecture . 4. - . Liverpool . University. 4.3.13. Light Quarks. Lecture 2 . Lance Dixon . Academic Training Lectures. CERN. April 24-26, 2013. Beyond Feynman Diagrams. Lecture 2 April 25, 2013. 2. Modern methods for trees. Color organization (briefly). Spinor. Miao Tian. A.J. Gasiewski . University of Colorado. Department of Electrical Engineering. Center for Environmental Technology . Boulder, CO, USA. Part I: Motivation. Part II: Unified Microwave Radiative Transfer. . to . the dark matter direct detection. W. e . have calculated spin-independent cross section of nucleon-. dark matter . scattering process at loop level, which is relevant to dark matter . direct detection. Paying . tion to Dark Matter Direct Detection. Natsumi. Nagata . Nagoya University / University of Tokyo . 18 December, 2011 @ Nagoya University (GCOE Workshop 2011). Based on [J. . Hisano. , K. . Ishiwata. , N. N., . Neutron Star Matter. Anaximenes concept of elements says that air is the first principle of all things. . Air turns to wind, wind to cloud, cloud to water, water to earth. . Very elegant, however, wrong!. tion to Dark Matter Direct Detection. Natsumi. Nagata . Nagoya University. 12 July, 2011 @ Osaka University. Based on [J. . Hisano. , K. . Ishiwata. , N. N., . 1004. 4090 . and . 1007. 2601. ]. and [J. . Boston University. Outline. Thomson Scattering.. Scattering from a collection of electrons.. Coherent Scattering.. Incoherent Scattering.. Plasma waves approach to study the received signal.. Shape of the ion line.. Gurbinder. Gill          Loc Hoang. Hoang-Vu Dang          Alex Brooks          . Nikoli. Dryden. Marc . Snir.           Keshav . Pingali. Gluon: A Communication-Optimizing Substrate for Distributed Heterogeneous Graph Analytics. Yuri . Kovchegov. The Ohio State University. based on work in collaboration with G. . Chirilli. . and D. . Wertepny. , . arXiv:1501.03106. [. hep-ph. ] . Outline. Introduction: classical gluon production problem in AA collisions and why it is important.. J.Feltesse DAPNIA-SPP, CE-Saclay 91191 Gif-sur-Yvette Cedex, France Lectures presented at the SLAC Summer Institute Stanford, California, August 5 - August 16, 1991 @ J. Feltesse 1992 -155- 1 Intro Hsiang-nan Li. Oct. 21, 2012. 1. Outlines . Jet in experiment. Jet in theory. Jet substructures . . 2. Introduction. Jets are abundantly produced at colliders. Jets carry information of hard scattering and parent particles.