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Eleventh International Workshop on Semiconductor Pixel Detectors for Particles and Imaging

18–22 nov. 2024
Collège Doctoral Européen
Fuseau horaire Europe/Paris

Contact

Session

Medical imaging applications

19 nov. 2024, 10:30
Amphitheatre (Collège Doctoral Européen)

Amphitheatre

Collège Doctoral Européen

46 boulevard de la Victoire 67000 Strasbourg

Présidents de session

Medical imaging applications

  • Eric CHABERT (IPHC/UDS)

Documents de présentation

Aucun document.

  1. 124. CMOS image sensors for scientific, medical and life science applications
    Renato Turchetta (IMASENIC Advanced Imaging S.L.)
    19/11/2024 10:30
    Invited speakers
    Invited

    CMOS image sensors nowadays the dominant imaging technology, are being deployed in many applications, from consumer to machine vision, from industrial to automotive. They are now also used in scientific as well as medical and life science. In these fields, the requirements can be as varied as very low noise for scientific applications, or area coverage for medical and speed for life science....

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  2. 18. 100µPET: an ultra-high-resolution silicon-pixel-based PET scanner
    roberto cardella (niversité de Genève)
    19/11/2024 11:15
    Applications in biology, medical imaging
    12mOral

    The 100µPET project is developing a pre-clinical medical scanner for positron-emission tomography (PET) with ultra-high-resolution molecular imaging capabilities. The scanner is composed of multiple layers of monolithic active pixel sensors (MAPS) connected to flexible printed circuits (FPC). With pixels of 150 µm pitch and a thickness of 280 µm + 300 µm (MAPS + FPC), the scanner achieves...

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  3. 87. AlphaBeast: a CMOS-based neutron counter for radiation protection
    Nicolas Arbor (IPHC-Strasbourg)
    19/11/2024 11:32
    Applications in biology, medical imaging
    15mOral

    Neutrons are one of the main secondary radiations produced by particle accelerators. They are therefore a key element in the radiation protection of facilities used for fundamental research or medical and industrial applications (production of radionuclides, hadrontherapy, sterilization). The main risks relate both to the radiation dose received by people exposed to neutrons (workers,...

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  4. 6. Proton Radiography for adaptive radiotherapy using ATLAS FE-I4 detectors
    Jens Weingarten (TU Dortmund University)
    19/11/2024 11:52
    Photon science applications
    12mOral

    Due to the physical principles of the energy deposition of charged particles in matter, proton therapy allows a very precise dose deposition in the tumour, which leads to better protection of healthy tissue compared to photon radiotherapy. At the same time, the maximum dose deposition at the end of the proton trajectory is more sensitive to uncertainties in the range of the protons. A...

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