Particle Physics Research - Birmingham group HEFCE academic staff 7 Research staff 13, Engineers 2, Technicians 2 PhD students 12.

Slides:

Advertisements

Similar presentations

Bruce Kennedy, RAL PPD Particle Physics 2 Bruce Kennedy RAL PPD.

Advertisements

First results from the ATLAS experiment at the LHC

European Strategy for Particle Physics 2013 Preparatory group->Strategy group Individual town meetings Town meeting in Krakow: september 2012 Drafting.

Bruce Kennedy, RAL PPD Particle Physics 2 Bruce Kennedy RAL PPD.

The LHC THE STORY SO FAR Alan Barr University of Oxford PASCOS, July 2011.

Measurement of the Top Quark mass using data from CDF experiment at Tevatron Fedor Prokoshin.

24/04/2007ALICE – Masterclass Presentation1 ALICE Hannah Scott University of Birmingham.

Hadron Collider Physics Jay Hauser UCLA Some slides copied from Peter Richardson (Durham U.)

Nailing Electroweak Physics (aka Higgs Hunting) with the Next Linear Collider Bob Wilson High Energy Physics Group CSU Physics Research Evening November.

Neil Collins Birmingham Masterclass Tuesday 24 April 2007 ATLAS and the LHC.

Particle Physics at UCI Probing the most fundamental structure of matter of matter and energy –From the Standard Model to String Theory –Search for the.

High Energy Physics Theory: Bigi, Delgado, Kolda –1 postdoc –5 students Experiment: Hildreth, Jessop, Lannon LoSecco, Ruchti, Wayne –3 research professors.

J. Nielsen1 The ATLAS experiment at the Large Hadron Collider Jason Nielsen UC Santa Cruz VERTEX 2004 July 28, 2010.

Particle Physics From Strings To Stars. Introduction  What is Particle Physics?  Large Hadron Collider (LHC)  Current Experiments – ALICE – ATLAS –

Erik Johansson Stockholm University Particle physics at School.

ATLAS experiment Paula Eerola ATLAS presentation Prof. Paula Eerola Division of High Energy Physics Fysiska institutionen,Professorsgatan 1,

1 New Frontiers in Particle Physics Jeff Forshaw University of Manchester.

International collaboration in high energy physics experiments  All large high energy physics experiments today are strongly international.  A necessary.

 Particle accelerators Particle accelerators are divided into two by the way they were built: 1-)Linear 2-)Circular.

1 Chasing the Higgs boson with a worldwide distributed trigger system Sander Klous NIKHEF VENI proposal 2006.

24 Oct 2001, M. LefebvreVisit of TRIUMF Director, Dr A. Shotter1 Particle Physics Department of Physics and Astronomy Visit of TRIUMF Director Dr Alan.

prediction-of-higgs-boson.

August 22, 2002UCI Quarknet The Higgs Particle Sarah D. Johnson University of La Verne August 22, 2002.

 Audience - huge variations  New Material - fun but too advanced ?  Length - important to be concise  Videos - adds variety but keep short  Choice.

Round-table: Discussion on Future Machines. With the discovery of the Higgs Boson Self-consistent model (SM) accounting for all Particle Physics phenomena.

School of Arts & Sciences Dean’s Coffee Presentation SUNY Institute of Technology, February 4, 2005 High Energy Physics: An Overview of Objectives, Challenges.

Particle Physics at UVic Research directions and initiatives Ministry of Advanced Education/UVic Round Table Friday 27 February 2004 M. Lefebvre Physics.

The Large Hadron Collider. Yuri Gershtein, Eva Halkiadakis, Mohan Kalekar, Amit Lath, Steve Schnetzer, Sunil Somalwar + students and postdocs Tom Banks,

Particle Physics : Now and the Future David Milstead Stockholms Universitet The most important questions in modern physics The most important experiment.

SouthGrid SouthGrid SouthGrid is a distributed Tier 2 centre, one of four setup in the UK as part of the GridPP project. SouthGrid.

30 Oct 2009Peter Watkins : Birmingham University1 MINERVA Mark Stockton, Peter Watkins -Birmingham Monika Wielers – RAL Atlantis team - Birmingham, Nijmegen,

The BTeV Project at Fermilab Talk to DOE/Fermi Group Jan. 11, 2001 Introduction – Joel Butler Tracking detectors – David Christian Particle Identification.

What is the Higgs??? Prof Nick Evans University of Southampton.

DZero experiment in Теватрон последние три года работал на проектной светимости, и за 1 месяц работы набирал интегральную светимость больше чем.

Introduction to Particle Physics How to compute the Universe?

ATLAS experiment at the CERN Large Hadron Collider Peter Watkins, Head of Particle Physics Group, University of Birmingham, UK

…building the next IT revolution From Web to Grid…

Experimental Particle Physics Do you want to discover… What is the origin of mass ? Discover the Higgs boson with ATLAS Why is there more matter than anti-matter.

7 July 2009Neil Collins : University of Birmingham1 MINERVA (Workshop)

Particle Physics in Germany activities and perspectives Bernhard Spaan - TU Dortmund Chair of Komitee für Elementarteilchenphysik (KET) technische universität.

Frank and Collider Physics May 29, When Frank was a graduate student – May 29, 2015J. Pilcher2 A remarkable time for the Standard Model.

Outline  Introduction  Higgs Particle Searches for Origin of Mass  Grid Computing Effort  Linear Collider Detector R&D  Conclusions A Quest for the.

Particle Physics Advisory Panel Report to 2013 Town Meeting Philip Burrows John Adams Institute for Accelerator Science Oxford University.

Sep/19/2008 Su Dong Stanford Student Orientation: Accelerator based Particle Physics1 Accelerator Based Particle Physics Su Dong Stanford Student Orientation.

Glion Colloquium / June Accelerating Science and Innovation R.-D. Heuer, CERN HL-LHC, Aix-les-Bains, 1 Oct ECFA HL-LHC Experiments Workshop.

John Womersley 1/13 Fermilab’s Future John Womersley Fermilab May 2004.

The Standard Model of the elementary particles and their interactions

1/16 NIKHEF National Institute for Nuclear - & High Energy Physics Frank Linde, RECFA Amsterdam 23 September 2005 NetherlandsNIKHEF & CERNResearchLEP &

1 LHCb CMS ALICE ATLAS The ATLAS experiment at the LHC 27 km.

DESY. Status and Perspectives in Particle Physics Albrecht Wagner Chair of the DESY Directorate.

1 A collision in the CMS detector Particle trajectories are reconstructed with precision of few microns (1 μ = m)

Ex umbra in solem The Center is composed by 5 main groups 12 Associate researchers ( 7 Chilean, 1 US, 4 Russian ), 15 Researchers ( 10.

Steering Group Meeting 10:30 – 12:30 am CDT Monday, July 23, 2007 Y2K.

John Womersley PPD Staff Meeting 12 October 2005.

Higgs in the Large Hadron Collider Joe Mitchell Advisor: Dr. Chung Kao.

FCPPL CPPM 15/01/08E. Kajfasz1 Welcome to CPPM ! 欢迎光临法国 ! 欢迎光临马赛 ! I won’t be able to make a comprehensive review of our activities. Apologies for those.

Collaborative Research Projects in Australia: High Energy Physicists Dr. Greg Wickham (AARNet) Dr. Glenn Moloney (University of Melbourne) Global Collaborations.

Introduction to Particle Physics II Sinéad Farrington 19 th February 2015.

The Discovery of THE HIGGS BOSON Why is it Exciting?

Understanding the nature of matter -

HERA p e± 920 GeV 27.6 GeV √s = 319 GeV ep Collider

Particle Theory Section

Particle physics.

Particle Physics Theory

Stanford Linear Accelerator

Beyond the Higgs wan ahmad tajuddin wan abdullah

Yasuhiro Okada (KEK) April 17, 2003, CAT, Indore, India

Stanford Linear Accelerator

The Top Quark Search Joey Foley.

Presentation transcript:

Particle Physics Research - Birmingham group HEFCE academic staff 7 Research staff 13, Engineers 2, Technicians 2 PhD students 12

Steve O’Neale( )

Quarks,leptons & bosons

Gauge boson couplings Z/ 

Key questions Origin of mass Properties of strong interaction Origin of matter-antimatter asymmetry Unification of forces Neutrino masses Three generations …….

Particle Physics Projects Current experiments Hera (H1) Tevatron CP violation (BaBar) Neutrino observatories In-build experiments Large Hadron Collider ( ATLAS, ALICE) Long baseline neutrino beams Future facilities Linear collider (CALICE) Neutrino factory/ Muon collider

Collaboration and Timescale of Experiments All our experiments are international collaborations at particle colliders at CERN, DESY and SLAC Most involve detector construction and operational responsibilities Most take data and perform physics analyses for up to 10 years (total time years) We focus on physics analysis in all of our experiments

Life cycle of experiments Data taking and physics analysis (BABAR, H1) Construction, software and physics preparation (ALICE, ATLAS) Design and planning phase (Linear Collider) Top research rating for PP group impossible to maintain without leading roles in a wide range of experiments

Links to other fields Challenging detector and electronics requirements – spin off technologies Data rates, data storage and processing require world-wide Grid computing model Midlands e-science centre of excellence MeSc Tier2 centre with Bristol, Cambridge, Oxford and RAL all consistent with our main aim precision measurements and search for new phenomena in high energy collisions

The experiments BaBar (Chris Hawkes) CP violation H1 (Paul Newman) strong interaction ALICE (David Evans) quark confinement ATLAS (Dave Charlton) origin of mass Linear Collider (Nigel Watson) unification Conclusions (Pete Watkins)