'5 tev' presentation slideshows

LHC Accelerator Status and Plans

851 views • 64 slides

LHC status and perspectives

LHC status and perspectives. J. Wenninger CERN Beams Department Operation group / LHC. Outline. Proton operation 2011 High intensity issues Ions 2011 Outlook for 2012. Luminosity. Recall the formula for the luminosity (head-on collision):. (Round beams).

692 views • 59 slides

R&D for Future Accelerators

726 views • 55 slides

The ILC Story

The ILC Story. The technological and sociological challenges George Kalmus RAL. What is the ILC? A 0.5 - 1.0 TeV electron - positron linear collider Integrated luminosity of 500fb -1 @ 0.5TeV in 4 years and 1ab -1 @ 1 TeV in ~2years

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536 views • 43 slides

SLHC and CMS

537 views • 42 slides

Delivering Data A view from CERN

Delivering Data A view from CERN Tony Cass Leader, Database Services Group Information Technology Department 14 th April 2010.

510 views • 41 slides

LHC & ATLAS UPGRADES

584 views • 39 slides

LHC Status

LHC Status. LHCC 23 rd September 2009 Steve Myers. 1. Magnet protection and anchoring. DN200 on dipoles 732/1344 installed. DN200 on ITs 24/24 installed. SSS anchoring 104/104 installed. DN160 on SAM 92/96 installed. DFB protection and anchoring. DN 200 on DFBL 5/5 installed.

550 views • 38 slides

Prospects for an Energy-Frontier Muon Collider

Prospects for an Energy-Frontier Muon Collider. Tom Roberts Muons, Inc. Illinois Institute of Technology. Outline. Background Why muons? The major challenges Surmounting the challenges Recent innovations that have improved the prospects for success

483 views • 37 slides

Super-LHC

Super-LHC. Albert De Roeck CERN & Antwerp University. The LHC Machine and Experiments. LHCf. (MOEDAL). pp collisions at 14 TeV. totem. The LHC: 22 Years Already!. 1984. /LHC. 1984: cms energy 10-18 TeV Luminosity 10 31 -10 33 cm -2 s -1 1987: cms energy 16 TeV

463 views • 36 slides

Discovering the Unknown at the CERN Large Hadron Collider (LHC)

Discovering the Unknown at the CERN Large Hadron Collider (LHC). Amy Gladwin University of Arizona. Introduction. High energy physics or particle physics seeks to understand how the universe works at its most basic level What are the fundamental forces?

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Mini Bang at Big Accelerators Prashant Shukla Institute of Physics University of Heidelberg

Mini Bang at Big Accelerators Prashant Shukla Institute of Physics University of Heidelberg. Presentation at ISA, 30 January 2005, Heidelberg, Germany. Outline. What is an Atom, Nucleus ? Nuclear Physics Experiment ? A Particle Accelerator ? A Nuclear Detector ?

397 views • 27 slides

4-f Contact Interactions

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M.Solfaroli BE/OP

Scope and results of hardware commissioning to 3.5 TeV and lessons learnt. M.Solfaroli BE/OP. Contents. Commissioning to 1.18TeV Efficiency 2008/2009 Lesson learnt Where can we still improve? Commissioning to 3.5TeV Situation Planning (where are we?) NCs.

305 views • 22 slides

Brief history THERA LHC and VLHC based ep colliders: e-ring vs e-linac QCD Explorer

Linac-Ring Type Colliders: Second Way to TeV Scale Saleh Sultansoy Gazi University, Ankara & Institute of Physics, Baku. Brief history THERA LHC and VLHC based ep colliders: e-ring vs e-linac QCD Explorer Second way to TeV scale SM and BSM physics search potentials Conclusion. REVIEWS.

313 views • 20 slides

2010 Hardware Commissioning Overview

2010 Hardware Commissioning Overview. Matteo Solfaroli (CERN), Marco Zanetti (MIT). Outline. SD -> HWC transition What has to be commissioned RRR measurement and other special tests Schedule Shifts. From SD to HC.

266 views • 14 slides

Collimation MDs

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CMS Discovery Reach for Randall Sundrum Gravitons in the Diphoton Channel

CMS Discovery Reach for Randall Sundrum Gravitons in the Diphoton Channel. Randall-Sundrum (RS) models propose to resolve the hierarchy problem of the SM with a warped extra dimension of space. Gravity scale = MPl exp(-krc) ~TeV; for krc ~11-12, no hierarchy prob

220 views • 2 slides