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Workshop on Tracking Detectors in High Energy Physics

25–27 May 2015
NATIONAL CENTRE FOR PHYSICS, ISLAMABAD
Asia/Karachi timezone

Contribution List

25 out of 25 displayed
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  1. 0. Welcome Session
    25/05/2015, 09:10
  2. 1. Prof. Hafeez R Hoorani
    Hafeez Hoorani (National Centre for Physics (PK))
    25/05/2015, 09:30
  3. 2. Prof. Shaukat Hameed Khan
    Prof. Shaukat Hameed Khan (COMSTECH, Islamabad)
    25/05/2015, 10:00
  4. 4. The ALICE tracker and its performance
    Prof. Arshad Saleem Bhatti (CIIT, Islamabad)
    25/05/2015, 11:10
    Physics of CMS Tracker Detector
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  5. 6. Dr. Ashfaq Ahmad
    Ashfaq Ahmad (National Centre for Physics (PK))
    25/05/2015, 13:30
  6. 7. Prof. M Asghar Hashmi
    Prof. M. Asghar Hashmi (Islamia University Bahawalpur, Bahawalpur)
    25/05/2015, 14:20
  7. 8. The ATLAS Silicon trackers and its performance
    Dmitry Tsybyshev (State University of New York (US))
    25/05/2015, 15:40
    Silicon detectors are at the heart of the ATLAS experiment and play a crucial role in physics program pursued at the LHC. They used for precision position tracking and momentum reconstruction as well as particle identification. I will discuss the ATLAS detector with special emphasis on silicon tracking technology, front-end electronics, and the challenges in detector design for the LHC environment.
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  8. 9. Structural Comparison between silicon detectors and Si solar cells
    Dr M Adnan Ali (Gevernment College University, Faisalabad)
    26/05/2015, 09:10
  9. 10. Dr. M. Irfan Asghar
    Muhammad Irfan Asghar (National Centre for Physics (PK))
    26/05/2015, 10:00
  10. 11. Imran Malik Awan
    Imran Awan (National Centre for Physics (PK))
    26/05/2015, 11:10
  11. 12. Hassan Shahzad
    Hassan Shahzad (National Centre for Physics (PK))
    26/05/2015, 11:35
  12. 23. The Physics of Silicon Detectors for HEP Applications
    Georg Auzinger (CERN)
    26/05/2015, 13:30
    Silicon detectors play an important role in tracking in today’s High Energy Physics experiments. They are widely used in vertex detectors and the developments of the past decades have greatly improved performance with respect to resolution and radiation tolerance. The contribution will give an introduction to the underlying physics and the most important characteristics of silicon detectors....
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  13. 14. Physics of diamond detectors
    Moritz Guthoff (CERN)
    26/05/2015, 14:20
    Diamond can be used as active medium in ionizing particle detectors. The principle is very similar to an ionization chamber. An applied electric field separates the charge carriers, created by ionization, and the charge drift is measured as a detector current. Diamond is often used in a similar fashion as silicon detectors, but show different detector performance. Fast signals, good radiation...
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  14. 15. Atiq-ur-Rehman
    Atiq Ur Rahman (National Centre for Physics (PK))
    26/05/2015, 15:30
  15. 16. Waqas Khalid
    Mr Waqas Khalid (Quaid-i-Azam University, Islamabad)
    26/05/2015, 15:55
  16. 17. Dr. M Sultan
    Dr M Sultan (National Centre for Physics, Islamabad)
    27/05/2015, 09:10
  17. 18. Dr. M. Usman
    Dr M Usman (EPD, National Centre for Physics, Islamabad)
    27/05/2015, 09:40
  18. 19. Dr. M. Azhar Nameem
    Dr M Azhar Naeem (Department of Electrical Engineering, College of Engineering and Emerging Technologies. Punjab University, Lahore)
    27/05/2015, 10:15
  19. 24. Performance of the CMS Strip detector and Phase 2 upgrade
    Tomas Hreus (Universitaet Zuerich (CH))
    27/05/2015, 13:30
    The CMS Silicon Tracker is the largest silicon detector ever built, containing 10 million readout channels. This presentation will cover the operational experience during the Run1 period and the commissioning during LS1, including challenges and detector status before the Run2 period. The Phase 2 upgrade of the LHC machine, scheduled in 2020s, will bring the luminosity up to around...
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  20. 21. Operation and performance of the CMS pixel detector
    Viktor Veszpremi (Wigner RCP, Budapest (HU))
    27/05/2015, 14:20
    The CMS tracker detector comprises two tracking devices utilizing semiconductor technology: the pixel and strip detectors. They are operating in a high-occupancy and high-radiation environment created by the beam interactions in the Large Hadron Collider (LHC). The pixel occupies the innermost region of the CMS detector providing the closest measurement points for charged particles...
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  21. 22. Asif
    Asif Saddique (National Centre for Physics (PK))
  22. 5. Prof. M. Asghar Hashmi
    Prof. Muhammad Asghar Hashmi (Islamia University Bahawalpur, Bahawalpur)
  23. 3. Tea Break
  24. 13. The CMS strip tracker and its performance
    Tomas Hreus (Universitaet Zuerich (CH))
  25. 20. The Physics of Silicon Detectors for HEP Applications
    Georg Auzinger (CERN)
    Silicon detectors play an important role in tracking in today’s High Energy Physics experiments. They are widely used in vertex detectors and the developments of the past decades have greatly improved performance with respect to resolution and radiation tolerance. The contribution will give an introduction to the underlying physics and the most important characteristics of silicon detectors....
    Go to contribution page