'Hadron collider' diaporamas de présentation

Photonic Band Gap Accelerator Experiments

Photonic Band Gap Accelerator Experiments. Roark Marsh Massachusetts Institute of Technology, Plasma Science and Fusion Center Accelerator Seminar 1/27/2009. Talk Outline. Introduction Photonic Band Gaps Photonic Band Gap Higher Order Modes MIT Accelerator

896 views • 71 slides

The LHC as a Nucleus-Nucleus Collider

698 views • 61 slides

Viscous hydrodynamic model for Relativistic Heavy Ion Collisions A. K. Chaudhuri

Viscous hydrodynamic model for Relativistic Heavy Ion Collisions A. K. Chaudhuri Variable Energy Cyclotron Centre, Kolkata . Introduction. Why (viscous) hydrodynamics? Hydrodynamical modeling of nuclear collisions. smooth hydrodynamics. initial condition, freeze-out,

572 views • 44 slides

The CMS Muon Detector Upgrade

The CMS Muon Detector Upgrade . Jeffrey Roe June 29, 2010. Overview. The Standard Model of particle physics The LHC and CMS Detector Why Muons ? Muon Detection at CMS Endcap Trigger Electronics LHC/CMS Upgrade Motivation Trigger MotherBoard upgrade.

627 views • 40 slides

Physics Beyond the Standard Model: An Introduction

Physics Beyond the Standard Model: An Introduction. 3 Lectures Given at the 2006 CERN/Fermilab Hadronic Collider School Matthew J. Strassler University of Washington. What these lectures are:. Cursory overview of many models Detailed look at none

738 views • 39 slides

From Twistors to Calculations

From Twistors to Calculations. Precision Perturbative QCD. Predictions of signals, signals+jets Predictions of backgrounds Measurement of luminosity Measurement of fundamental parameters ( ? s , m t ) Measurement of electroweak parameters

513 views • 38 slides

Nuclei & the Early Universe: Looking Beyond the Standard Model

482 views • 36 slides

Warren Clarida

Warren Clarida. Design and Testing of a Quartz Plate Cherenkov Calorimeter Prototype & Search for a Right Handed Majorana Mass Neutrino Using the CMS Detector. Outline. Introduction to the Large Hadron Collider (LHC) and Compact Muon Solenoid (CMS) Detector

528 views • 35 slides

LHC Detectors: Challenges Achievements Future

453 views • 34 slides

Muon Reconstruction in ATLAS

Muon Reconstruction in ATLAS. Georgios Stavropoulos U.C. Berkeley LBNL 20 May 2005. Contents. The knows and the whys in H.E.P. LHC and ATLAS description The ATLAS Muon Spectrometer Muon Reconstruction and Identification ATLAS potential to discover the SM Higgs. Elementary Particles.

544 views • 29 slides

P5 and the Particle Physics Roadmap

P5 and the Particle Physics Roadmap A. Seiden UC Santa Cruz Chair of P5 Outline of Talk What is P5 Why is it needed Roadmap Prioritization Activities Activities to Date

892 views • 25 slides

A introduction to matter in the Universe

A introduction to matter in the Universe. Videos from Project Cassiopeia . Secret Worlds: The Universe Within (Java Applet) http ://micro.magnet.fsu.edu/primer/java/scienceopticsu/powersof10 /. Project Cassiopeia: (2:14) The First Second of the Universe

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CERN in the classroom: cloud chambers

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Beryllium: Properties and Applications

Laura Coyle Introduction to Opto -Mechanical Engineering December 6 th , 2010. Beryllium: Properties and Applications. Outline. Why use Beryllium? Important Properties Manufacturing Process Applications. Why Beryllium?. STIFF, yet LIGHTWEIGHT

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Remarks from STFC

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SUPERSYMMETRY (SUSY) (< .1%)

318 views • 12 slides

LHC Experiments: ATLAS, CMS & LHCb

Proton - Proton Collisions @ LHC.

199 views • 12 slides

PARTICLE PHYSICS

PARTICLE PHYSICS. INTRODUCTION. The recorded tracks of sub atomic particles resulting from the collision of two protons in the ATLAS experiment at the Large Hadron Collider at CERN. Image courtesy of CERN. THE SMALLEST THINGS. Strange quark Charge -1/3. Up quark Charge +2/3.

215 views • 10 slides

Atom Smashers By: Bryan Patricca

Atom Smashers By: Bryan Patricca. http://i1-news.softpedia-static.com/images/news2/The-Future-of-Particle-Accelerators-2.jpg. How does it work.

180 views • 7 slides

Use of Neural Networks to find Evidence of

Extra Dimensions of Spacetime. Use of Neural Networks to find Evidence of. David M. Nisson Sponsor, Dr. John Conway. Department of Physics University of California, Davis, 95616 .

81 views • 1 slides