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Course online on semiconductor radiation detectors 2021

19–30 Apr 2021
Facultat de Física
Europe/Madrid timezone

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Contribution List

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  1. 30. Welcome
    19/04/2021, 15:00
  2. 31. Introduction
    David Gascón (dgascon@icc.ub.edu)
    19/04/2021, 15:10
  3. 1. Particle detectors for HEP
    Dr P. Collins
    19/04/2021, 15:20
  4. 2. Interaction of particles with Matter
    Dr F. Salvat
    19/04/2021, 17:25
  5. 3. Sensors, Interconnects
    Dr S. Vahanen
    20/04/2021, 15:00
  6. 4. 3D interconection
    Dr G. Parés
    20/04/2021, 17:25
  7. 5. Radiation effects on Electronics
    Dr F. Faccio
    21/04/2021, 15:00
  8. 6. Pulse Processing Electronics (Amplification/Filtering/Discrimination)
    Dr P. O'Connor
    21/04/2021, 17:25
  9. 7. Pulse Processing Electronics (Analog to Digital Conversion/Time to Digital Conversion)
    Dr A. Rivetti
    22/04/2021, 15:00
  10. 28. ams
    Josef Pertl
    22/04/2021, 16:40
  11. 8. Design Methodologies
    Dr X. Llopart
    22/04/2021, 17:25
  12. 9. CMOS image and vision sensors
    Dr A. Rodriguez
    23/04/2021, 15:00
  13. 10. Monolithic detectors, trends
    Dr W. Snoeys
    23/04/2021, 17:25
  14. 13. Introduction to Hybrid pixel detectors
    Dr R. Ballabriga
    26/04/2021, 15:00
  15. 14. Applications of Hybrid pixel detectors
    Dr M. Campbell
    26/04/2021, 15:50
  16. 15. Photon Counting CT
    Dr K. Taguchi
    26/04/2021, 17:25
  17. 16. Interface circuits for single-photon detection
    Dr R. Carmona
    27/04/2021, 15:00

    Single photons are the ultimate detection limit for electromagnetic radiation. By sensing individual photons, their energy and polarization, we know all aspects of the incident radiation. In basic sciences, singles photons are at the experimental foundations of quantum mechanics and measurement theory. In applied sciences, single-photon detection and photon counting is employed in high energy...

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  18. 17. Mass spectrometry Imaging
    Dr C. Vallance
    27/04/2021, 15:50
  19. 18. Imaging and time-stamping optical photons with nanosecond resolution
    Prof. A. Nomerotski
    27/04/2021, 17:25
  20. 19. Scientillator materials
    Dr E. Auffray
    28/04/2021, 15:00
  21. 29. PITEC
    Larissa Helena Mendes
    28/04/2021, 16:40
  22. 20. Synchrotron and FEL Applications
    Dr G. Blaj
    28/04/2021, 17:25
  23. 21. SiPM technology
    Dr S. Vinogradov
    29/04/2021, 15:00
  24. 22. Introduction to fast timing applications in Medical Physics and photosensors in fast timing scintillator detectors
    Dr D. Schaart
    29/04/2021, 17:25
  25. 23. Large Area Single Photon Sensors, applications and readout
    Prof. D. Gascón
    30/04/2021, 15:00
  26. 24. PET and SPECT
    Prof. Hamid Sabet
    30/04/2021, 15:50
  27. 25. Medical Imaging
    Prof. Hamid Sabet
    30/04/2021, 17:25
  28. 26. Closing Lecture: 78 years of semiconductor nuclear detectors, and more to come
    Prof. E. Heijne
    30/04/2021, 18:15

    The explanation of the photo-electric effect in 1905 literally shed light on the structure of matter. Nevertheless, it still took 38 more years before the first practical solid semiconducting devices exploited this understanding for detection of ionizing nuclear particles. From then on, a succession of innovations has led to widespread use of semiconductor nuclear detectors in physics, space...

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  29. 27. Direct Conversion
    York Haemisch
  30. 11. Monolithic detectors, trends
    Dr W. Snoeys
  31. 12. Monolithic detectors, trends
    Dr W. Snoeys