| Source DB | nl |
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| Institution | UGent |
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| Code | 87f08257-0bf3-4ea1-9eed-4bbad66f9788 |
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| Unit | 3d80f44d-a6bd-4650-a26f-a7d882b99d2b
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| Begin | 10/1/2016 |
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| End | 9/30/2021 |
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| title fr |
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| title nl | Multinucleon knockout in neutrino-atoomkern verstrooiing : naar een verzoening van theorie en Monte Carlo simulaties
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| title en | Multinucleon knockout in neutrino-nucleus scattering : Merging theory and Monte Carlo simulations
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| Description fr |
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| Description nl | Neutrino-oscillatie experimenten hebben nood aan efficiënte Monte-Carlo simulaties, maar ook aan gedetailleerde microscopische modelering van de onderliggende neutrino-atoomkern interacties. Met dit project willen we de expertise van de Gent groep in de modelering van multinucleon aspecten van neutrinoverstrooiing combineren met die van de Wroclaw groep in Monte-Carlo simulaties om te komen tot een performante beschrijving van geavanceerde aspecten van neutrino-atoomkern verstrooiing.
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| Description en | The analysis of neutrino-oscillation experiments suffers from the tension between the need for efficient Monte-Carlo simulations and for a detailed microscopic description of the nuclear processes governing the neutrino-nucleus interactions. The goal of this project is to combine the expertise of the Ghent and Wroclaw groups. We will merge the description of 2-nucleon knockout-processes developed in Ghent with the Wroclaw event-simulator. We aim atdeveloping a well-defined algorithm for the description of advanced aspects of neutrino interactions, suitable for use in the analysis of current and future experiments.
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| Qualifiers | - Monte Carlo simulaties - Monte Carlo simulations - Weak interaction - Zwakke interactie - neutrino scattering - neutrino verstrooiing - |
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| Personal | Niewczas Kajetan, Jachowicz Natalie |
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