'Color charge' presentation slideshows

Saturation Physics

Saturation Physics. Yuri Kovchegov The Ohio State University. Outline. Breakdown of DGLAP evolution at small-x and low Q 2 . What we expect to find at small-x in nuclei: strong gluon fields, nonlinear dynamics, near-black cross sections. What we have seen so far.

705 views • 59 slides

Announcements

Announcements. Recap of important material today & Monday. Review sheet will be handed out on Monday (4/22) Video on Wednesday (4/24), with questions to answer. Friday (4/26) is a pure Q&A session. HW solutions due last Wednesday (4/17) will be posted today.

678 views • 56 slides

Introduction to relativistic heavy ion collisions

High-energy nuclear experiments Practice of color. Quantum Chromodynamics Theory of color. Introduction to relativistic heavy ion collisions. Zhangbu Xu ??? (BNL). ??. ???????????? --- ??? Introduction to High-Energy Heavy-ion Collisions --- Cheuk-Yin Wong (Oak Ridge)

677 views • 46 slides

Parton showers as a source of energy-momentum deposition a nd the implications for

Parton showers as a source of energy-momentum deposition a nd the implications for jet observables. Bryon Neufeld, LANL. Based on the preprint R.B. Neufeld and Ivan Vitev: arXiv:1105.2067 [hep-ph]. APS Division of Particles and Fields, August 10th 2011.

541 views • 42 slides

From the last time

From the last time. The hierarchy or matter Large to small: tables, molecules, atoms, proton neutrons electrons Previously discussed protons neutrons and electrons and the forces to understand matter

507 views • 42 slides

Early Time Evolution of High Energy Heavy Ion Collisions

Early Time Evolution of High Energy Heavy Ion Collisions. Rainer Fries Texas A&M University & RIKEN BNL. Talk at Quark Matter 2006, Shanghai November 18, 2006. Outline. Motivation: space-time picture of the gluon field at early times Small time expansion in the McLerran-Venugopalan model

457 views • 38 slides

A few ways to bring particles into your classes and to your students

A few ways to bring particles into your classes and to your students. With thanks to Ken Cecire from QuarkNet . QuarkNet.fnal.gov has been around since some time. About this breakout session. Why : you are the best ambassadors of particle physics, as you knead the dough of the future.

442 views • 31 slides

Do Now (5/2/ 12):

Do Now (5/2/ 12):. What is an istope ? What makes an isotope different than its element?. Nuclear Reactions . 5 /2/ 12 ?. Lesson Objectives . Describe nuclear reactions and perform balancing of nuclear reactions by solving problems. Apply radioactivity equations by solving problems. .

446 views • 30 slides

The Strong Interaction

The Strong Interaction. Michael Mattern. Contents. The fundamental forces History The need of a strong force The Therory from Yukawa The pion as the mediator QCD Quantum chromodynamics (QCD) SU(3) and color blindness Color charge of particles Flow of color charge

1.08k views • 29 slides

EXAM 2 Results

EXAM 2 Results. Mean, ? = 65.6 Std Dev, ? = 14.4. 30 40 50 60 70 80 90 100. Breakdown : Problem 1 20 14-20 19.2 Problem 2 20 14-20 19.4 Problem 3a 20 2-20 7.5

364 views • 28 slides

The Gluex Experiment

By Chelsea Sidrane. The Gluex Experiment. Mentor: Dr. Richard Jones. Nuclear Physicists. have long pondered these two questions:. What is the world made of?. (Is a theory that scientists have formulated explain the world around us walk through picture)

330 views • 26 slides

Future Directions: Studying Nuclear Matter at the Electron-Ion Collider

Future Directions: Studying Nuclear Matter at the Electron-Ion Collider. Christine A. Aidala LANL Heavy Ion Physics Internal Review January 10, 2012. Why an Electron-Ion Collider?. The Electron-Ion Collider (EIC)

346 views • 24 slides

ALICE

396 views • 21 slides

Future Directions: Studying Nuclear Matter at the Electron-Ion Collider

Future Directions: Studying Nuclear Matter at the Electron-Ion Collider. Christine A. Aidala LANL Heavy Ion Physics Internal Review January 10, 2012. Why an Electron-Ion Collider?. The Electron-Ion Collider (EIC)

334 views • 21 slides

Previous searches for Heavy Neutral Leptons (and other beam-dump exotics)

Previous searches for Heavy Neutral Leptons (and other beam-dump exotics). Alexandre Rozanov 10 June 2014. Standard Coupling Heavy Neutral Lepton. Abreu al. Phys Lett B274 230 (1992). Stable Dirac m> 45 GeV 95% CL Stable Majorano m> 39.5 GeV 95% CL

304 views • 18 slides

Physics 780.02 Introduction

274 views • 15 slides

Early Universe

Early Universe. Chapter 38. Reminders. Final lab due by 4pm Friday. Complete next Mallard-based reading quiz before class on Tuesday ( Ch 39). I will be sending out last weekly reflection and sample final this afternoon.

306 views • 15 slides

Lepton and Baryon Conservation

Lepton and Baryon Conservation. Strong and EM conserve particle type. Weak can change but always lepton->lepton or quark->quark So number of quarks (#quarks-#antiquarks) conserved. Sometimes called baryon conservation B.

203 views • 6 slides

1994: Evidence for the Top Quark is Found

135 views • 1 slides

Search for a Standard Model Higgs Boson in the Diphoton F inal S tate at the CDF Detector

Search for a Standard Model Higgs Boson in the Diphoton F inal S tate at the CDF Detector. Karen Bland [ E-mail: kbland@fnal.gov ] Department of Physics, Baylor University, Waco, TX 76798, USA for the CDF Collaboration.

90 views • 1 slides