DeSyT-2025 (International workshop on Detection Systems and Techniques for fundamental and applied physics)

Session

Day 3 - Session 1

26 Feb 2025, 09:30

40. Overview of Silicon Carbide Detectors: from material properties to radiation hardness

Dr Francesco La Via (CNR-IMM. Catania, Italy)

26/02/2025, 09:30

In this talk an overview of the advantage of silicon carbide detectors will be presented in terms of leakage current, signal resolution and radiation hardness. To obtain high performance in the detectors for different applications, a new growth process of the epitaxial layers has been developed and the characteristics of the epitaxial layers have been obtained by electrical measurements....

11. Transition Edge Sensors for Antiprotonic Atom X-ray Spectroscopy

Michael Roosa (Laboratoire Kastler Brossel)

26/02/2025, 10:00

The advent of quantum sensing x-ray microcalorimeters such as Transition Edge Sensors (TESs) [1] has created exciting new opportunities to push the limits of precision physics in the x-ray domain. Thanks to the factor of 50 improvement in energy resolution offered by TESs over high-purity germanium [2, 3], and their high efficiency compared to crystal spectrometers [4], anti-protonic atom...

17. The DUNE PhotoDetection System: Components and key goals

Maritza Delgado Gonzalez on behalf of the DUNE collaboration (Università degli Studi di Milano-Bicocca)

26/02/2025, 10:20

The Deep Underground Neutrino Experiment (DUNE) is a international flagship project in particle physics and one of the most ambitious neutrino beam experiments ever conceived, hosted by the United States Department of Energy national laboratory, Fermilab. This experiment will use the Liquid Argon Time Projection Chamber (LArTPC) technology, proposed by C. Rubbia in 1977.
DUNE will consist a...

43. Statistical Insights into Time Resolution of Resistive Plate Chambers

Prof. Marcello Abbrescia

26/02/2025, 10:40

The pursuit of the best possible time resolution remains one of the most
critical areas of ongoing research on Resistive Plate Chambers (RPCs).
Achieving top-tier time resolution is vital for numerous applications,
ranging from high-energy physics experiments to medical imaging
technologies. Various technological solutions are being proposed, each
aiming to improve RPC performance, but...