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CMS Data Analysis

CMS Data Analysis. Data Sets. Large Hadron Collider. CMS Detector. Physics Plots: phi vs eta. note cutoffs at η of 1.5 correspond to gaps in the Ecal. Physics Plots: phi vs eta. Cosmic Muons and the Detector. curved by magnetic field. Cosmic Muons and the Detector.

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CMS Data Analysis

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  1. CMS Data Analysis

  2. Data Sets

  3. Large Hadron Collider

  4. CMS Detector

  5. Physics Plots: phi vs eta • note cutoffs at η of 1.5 correspond to gaps in the Ecal

  6. Physics Plots: phi vs eta

  7. Cosmic Muons and the Detector • curved by magnetic field

  8. Cosmic Muons and the Detector • curved by magnetic field • detector breaks tracks into two opposite signed muons

  9. Physics Plots: Beta • dielectrons: smooth increasing histogram

  10. Physics Plots: Beta • dielectrons: smooth increasing histogram • dimuons: peak near zero

  11. Physics Plots: Muonsphi vs eta for beta <0.05

  12. Physics Plots: Mass PlotsElectrons

  13. Physics Plots: Mass PlotsElectrons

  14. Physics Plots: Mass PlotsMuons

  15. Physics Plots: Mass PlotsMuons

  16. Physics Plots: Mass PlotsElectronsMass Extremes Separated

  17. Physics Plots: Mass PlotsMuonsMass Extremes Separated

  18. Conclusions • Access and Read Data

  19. Conclusions • Future Fit Masses Production Cross Section Ratio of Z-->μμ to Z-->ee MORE DATA Develop experimental modern physics course activity • Report: http://cms.michianastem.org/Summer+2013

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