PPT-Quark-Gluon Plasma Presented by:

Paul Pryor and Michael Byrd December 8 2010 Overview Definitions Theory Signatures Detection Results 2 QuarkGluon Plasma Increasing the temperature of the hadronic system eventually leads to complete dissociation of quarks and gluons. 2Heavy ion reactions dependence of multiplicity Traces of QGP in low energy heavy ion reactions? 2. Evidence for QGP in the SPS-RHIC Era  . 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. Ayana Arce. for the ATLAS collaboration. BOOST 2013 . | . Flagstaff, AZ. Motivation for jet tagging tools. linking collision “debris” to parton types allows. new measurements to improve models of fragmentation. 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., . PlasMA. Nonequilibrium. Dynamics. in Astrophysics and Material Science. YITP, Kyoto, Japan, Oct. 31-Nov. 3, 2011. Tetsufumi. Hirano. Sophia Univ./. the Univ. of Tokyo. Outline. Introduction. Physics of the quark gluon plasma. 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 . 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!. BASHIR (U . Michoacan. );. Stan BRODSKY (SLAC);. Lei CHANG (ANL & PKU). ; . Huan. CHEN (BIHEP). ;. Ian CLOËT (UW). ;. Bruno EL-BENNICH (Sao Paulo). ;. Xiomara. GUTIERREZ-GUERRERO (U . Michoacan. 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 : A . Large Ion Collider Experiment. Despina Hatzifotiadou. 2. Heavy ions at LHC. In addition to protons, LHC accelerates and collides lead ions. isotope. . Pb. . 208. . with. . 82 protons and. . 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.