Marzio DE NAPOLI
Ricercatore t.d. (art. 24 c.3-b L. 240/10) di FISICA SPERIMENTALE [FIS/01]
- 2006: PhD in Pysiscs at University of Catania
- 2011-2020: Permanent position as Researcher at INFN-Catania
- 2020-2024: Senior Researcher at INFN-Catania
- 2024: RTD-B at the Department of Physics and Astronomy "Ettore Majorana"
Main research lines:
- Serach for direct Dark Matter
- DarkSide experiment
- Search for Dark Matter and Dark Photon at Jefferson Lab
- HPS experiment (local coordinator 2016-2023 and member of the Executive Commette 2018-2023)
- BDX experiment (local coordinator 2016-2023 and co-Spokeperson)
- Development and characterization of innovative detectors:
- Silicon Carbide (SiC) detectors for X-ray monitoring in synchrotron facilites and dosimetric measurements in the field of Flash-Radioterapy
Past research activities:
- Experimental nuclear physics
- Nuclear fragmentation process
- Liquid-gas phase transion of nuclear matter
- Production of exotic nuclei with the In-Flight method
- Applications for Hadrontherapy
- Study of unstable nuclear systems
- Nuclear structures
- Two-proton decay
- Nuclear fragmentation process
Educational History and Employment
- 2024: RTD-B at the Department of Physics and Astronomy "Ettore Majorana"
- 2020-2024: Senior Researcher at INFN-Catania
- 2011-2020: Permanent position as Researcher at INFN-Catania
- 2009-2011 Post-Doc Grant at INFN-LNS
- 2009 Post-Doc Grant at Centro Siciliano di Fisica Nucleare e Struttura della Materia
- 2006-2009 Research Grant at Department of Physics and Astronomy, Catania University
- 2006 Doctor of Philosophy, PhD in Physics - Catania University
- 2002 Laurea cum laude - Catania University
- 2001-2002 INFN-LNS Grant
Selected responsibility roles and services
- Member of the INFN- National Scientific Commettee 5 (2015-2022)
- Observer at the INFN- National Scientific Commettee 3 (2015-2022)
- Local Coordinator of INFN experiment DREAMS for INFN Sezione di Catania 2014 – 2015
- Local Coordinator of INFN experiment JLAB12 for INFN Sezione di Catania 2016 – 2023
- Member of the Executive Commettee of the Heavy Photon Search Experiment at Jefferson Lab (2018-2023)
- Co-Spokeperson of the BDX experiment at Jefferson Lab
- Referee of 17 INFN experiments
- Member of the evaluation commettee of the INFN – CSN5 “Young grants” (2016,2022)
- Member of the evaluation commettee of the Research grants at the INFN- Catania (2017-2018)
- Reviewer of 13 International Scientific Journal
- Member of the evaluation commettee for the INFN “Resmini” prize (2018)
Teaching Activities
- “Experimentel Searches for Dark Matter” – PhD in Phisycs (7h) (2017-today)
Research Activities
- Direct search for Dark Matter
- DarkSide experiment
- Search for Dark Matter and Dark Photon at Jefferson Lab
- Heavy Photon Search (HPS) experiment
- Beam Dump eXperiment (BDX)
- Development and characterization of innovative detectors:
- Silicon Carbide (SiC) detectors for X-ray monitoring in synchrotron facilites and dosimetric measurements in the field of Flash-Radioterapy
- Experimental nuclear physics
- Nuclear fragmentation process
- Liquid-gas phase transion of nuclear matter
- Production of exotic nuclei with the In-Flight method
- Applications for Hadrontherapy
- Study of unstable nuclear systems
- Nuclear structures
- Two-proton decay
- Nuclear fragmentation process
Most of the experimental research activity has been carried aout in the following international laboratories:
- Laboratori Nazionali del Sud – INFN
- GSI (Darmstadt, Germania)
- TRIUMF (Vancouver, Canada)
- Jefferson Laboratory (Newport News, Virginia, USA)
last update 07-2024
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Main research lines:
- Serach for direct Dark Matter
- DarkSide experiment
- Search for Dark Matter and Dark Photon at Jefferson Lab
- HPS experiment (local coordinator 2016-2023 and member of the Executive Commette 2018-2023)
- BDX experiment (local coordinator 2016-2023 and co-Spokeperson)
- Development and characterization of innovative detectors:
- Silicon Carbide (SiC) detectors for X-ray monitoring in synchrotron facilites and dosimetric measurements in the field of Flash-Radioterapy
Past research activities:
- Experimental nuclear physics
- Nuclear fragmentation process
- Liquid-gas phase transion of nuclear matter
- Production of exotic nuclei with the In-Flight method
- Applications for Hadrontherapy
- Study of unstable nuclear systems
- Nuclear structures
- Two-proton decay
- Nuclear fragmentation process