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EURO-LABS – InTraNS Workshop 2026

2–5 Feb 2026
INFN - Laboratori Nazionali di Legnaro
Europe/Rome timezone
Organized by INTRANS, the Instrumentation and Training task of EURO-LABS for Nuclear Spectroscopy and Reaction Dynamics

Contact

Session

Wednesday 4

4 Feb 2026, 16:50

Conveners

Wednesday 4

  • Andrés Gadea (IFC-CSIC)

Presentation materials

There are no materials yet.

  1. 132. HPGe Detectors R&D at INFN LNL and Padova University
    Walter Raniero (Istituto Nazionale di Fisica Nucleare)
    04/02/2026, 16:50
    Invited Talk
  2. 50. Reinventing HPGe Detector Readout: New Integrated Charge Sensitive Preamplifiers
    Giacomo Secci (Istituto Nazionale di Fisica Nucleare)
    04/02/2026, 17:20
    Oral Contribution

    High-Purity Germanium (HPGe) detectors, such as those employed in advanced gamma-ray spectroscopy arrays like AGATA, traditionally rely on discrete-component charge-sensitive preamplifiers (CSPs). These systems, while offering excellent energy resolution, impose significant power and area consumption. To overcome these limitations, the Nuclear Electronics Research Group of the University of...

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  3. 56. Lightweight pulse-shape analysis using a machine learning ensemble algorithm for segmented HPGe
    Mohamad Moukaddam (IPHC - Strasbourg, FRANCE)
    04/02/2026, 17:35
    Oral Contribution

    Pulse-shape analysis (PSA) techniques are widely used to measure quantities such as energy, time as well as other valuable information including particle identification and position of interaction. In the case of large segmented high-purity germanium (HPGe) detector arrays, such as AGATA, analysing the pulse-shapes of the primary hit segment and its first neighbours is performed to determine...

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  4. 30. Enhancing Gamma-Ray Spectrometry through Artificial Intelligence and Deep Learning Approaches
    Abdelwahab Badague (University of Sciences ibn tofail / CNESTEN)
    Oral Contribution

    Gamma-ray spectrometry remains a cornerstone technique in nuclear science, offering precise information on radionuclide identification and quantification. However, conventional spectrum analysis methods based on peak fitting, background subtraction, and energy calibration are often time-consuming and sensitive to operator bias, especially in complex or noisy spectra. In this context, the...

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