During my PhD I have been involved in two experiments, LHCb (at CERN) and CUORE (at LNGS). The former is devoted to search of physics beyond the Standard Model. I collaborated to characterize MaPMTs and develop the read-out electronic system. Such equipment will be used for the upgrade of the RICH detector, responsible for the particle identification. CUORE is an experiment searching the neutrinoless double beta decay in tellurium 130. I collaborated to develop and mount the electronic apparatus. The studies on the linear power supply, the slow control communication system and the ultra-precise and ultra-stable pulser board for the bolometer response stabilization, will be described.
During my PhD I have been involved in two experiments, LHCb (at CERN) and CUORE (at LNGS). The former is devoted to search of physics beyond the Standard Model. I collaborated to characterize MaPMTs and develop the read-out electronic system. Such equipment will be used for the upgrade of the RICH detector, responsible for the particle identification. CUORE is an experiment searching the neutrinoless double beta decay in tellurium 130. I collaborated to develop and mount the electronic apparatus. The studies on the linear power supply, the slow control communication system and the ultra-precise and ultra-stable pulser board for the bolometer response stabilization, will be described.
Detectors and equipment for Neutrino and High Energy Physics
CASSINA, LORENZO
2017
Abstract
During my PhD I have been involved in two experiments, LHCb (at CERN) and CUORE (at LNGS). The former is devoted to search of physics beyond the Standard Model. I collaborated to characterize MaPMTs and develop the read-out electronic system. Such equipment will be used for the upgrade of the RICH detector, responsible for the particle identification. CUORE is an experiment searching the neutrinoless double beta decay in tellurium 130. I collaborated to develop and mount the electronic apparatus. The studies on the linear power supply, the slow control communication system and the ultra-precise and ultra-stable pulser board for the bolometer response stabilization, will be described.| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.14242/173393
URN:NBN:IT:UNIMIB-173393