'Particle flow' diaporamas de présentation

Electroweak Symmetry Breaking: experimental investigations

Electroweak Symmetry Breaking: experimental investigations. The question The tools : accelerators and detectors The status from precision electroweak measurements The status of direct searches The near future (Tevatron, LHC) The Susy factory: ILC The Higgs factory: muon collider

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Precision electroweak physics

5th Rencontres du Vietnam Particle Physics and Astrophysics Hanoi August 5 to August 11, 2004. Precision electroweak physics. Roberto Tenchini INFN-Pisa. 21 Years of W and Z Physics. s =1.5 GeV. s =400 MeV. s =100 MeV. s =39 MeV. (*). 2000 TeV LEP. 1986 UA1 UA2. 1990 UA2 CDF.

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625 views • 44 slides

What Forward Detector?

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ElectroWeak Physics at CMS

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W boson mass and width measurements at LEP2

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Designing a detector for a future e - e + linear collider

Precision measurements based on Particle Flow & high granularity calorimeters. Designing a detector for a future e - e + linear collider. News of particle physics. From the report of the High Energy Physics Advisory Panel (2004).

364 views • 26 slides

Designing a detector for a future e - e + linear collider

Precision measurements based on Particle Flow & high granularity calorimeters. Designing a detector for a future e - e + linear collider. News of particle physics. From the report of the High Energy Physics Advisory Panel (2004).

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Summary of WP2

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Term Paper

Term Paper. Paul F. Briggs ME301 Introduction to CAE. Objective. Prepare a short research project discussing a method of computer aided engineering not covered in class.

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Color R econnection in W Pair Events

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Cover

Cover. Outline. Cross Talk in WW ? 4 jets DELPHI at LEP2 Colour Reconnection (CR) Particle Flow The D m W Method Bose-Einstein Correlations (BEC) Conclusions. Cross Talk in WW ? 4 jets.

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SUSY Searches with One Photon at CMS

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Particle Flow

Particle Flow. Mark Thomson University of Cambridge. This Talk:. Software needs for Detector Optimisation Particle Flow Algorithm s Current Results Conclusions/Outlook. ? Detector Optimisation. General consensus that Calorimetry and PFA

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Mark Thomson University of Cambridge

High Granularity Particle Flow Calorimetry. Mark Thomson University of Cambridge. Part of Task 2.3 Work package goals described here from two groups: University of Cambridge and CERN. This Talk. Introduction to Particle Flow Calorimetry

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FSI and Mw(qqqq)

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Optimising a Detector from the Tracking Point-of-View

Optimising a Detector from the Tracking Point-of-View. P.Colas, CEA Saclay. Optimisation : trade-off between constraints to help the detector to fulfill its role best. THE ROLE OF THE TRACKING. Reconstruct vertices Enough accuracy to separate b from c Determine vertex charge

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Colour Reconnection in WW events

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From ILC to CLIC: Working with Detectors

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Comments on some parameters related to particle-flow analysis - a reminder -

Comments on some parameters related to particle-flow analysis - a reminder -. Sandro Palestini. Measurement of jets is critical (e.g.: identify W/Z from invariant mass in decays to two jets) Two ILC experiments base the general detector design on the assumption of Particle-Flow-Analysis:

186 views • 5 slides