RM3: CLAUDIO GIGANTI (LPNHE, FRANCE) - TOWARDS PRECISE MEASUREMENT OF NEUTRINO MIXING PARAMETERS WITH LONG BASELINE EXPERIMENTS  
 ELENCO COMPLETO 

DATA: 21-02-2018

SEZIONE DI ROMA III
Long baseline experiments are nowadays crucial for the measurements of neutrino oscillation parameters. They are currently providing the most precise measurement of the atmospheric parameters (th23 and dm32) through the numu disappearance channel and they are the most sensitive experiments to the CP violation phase, dCP, through the electron neutrino and antineutrino appearance channels. In this seminar I will show the most recent results of the two long baseline accelerator experiments currently taking data, T2K and NOvA, underlining the complementarities and the differences between the two experiments. I will conclude with the prospects for a combined analysis between T2K and NOVA and with an overview of the future LBL experiments, HK and DUNE.


 SITO COLLEGATO 

 EVENTI RECENTI 
06-08-2018: Progetto Fermi Data Quality Monitoring (ASL)
30-07-2018: 2nd JENNIFER Summer School on Particle Physics and Detectors
27-07-2018: Alle origini dell’era atomica:Enrico Fermi
24-07-2018: Bruno Pontecorvo: da Pisa a Dubna, un viaggio senza ritorno
20-07-2018: A. Zanettin, TECNICHE E APPARATI DI MOVIMENTAZIONE DI BERSAGLI ISOL
18-07-2018: Non-specific mechanisms of microbial radionuclide bioaccumulation
18-07-2018: Leonardo Alfonsi (Psiquadro - Progetto SHARPER - Notte Europea dei Ricercatori 2018/2019) Il piacere e la necessità di comunicare .Occasioni e contesti per dialogare con il pubblico raccontando la ricerca e i ricercatori.
17-07-2018: Application of the concept of non-specific microorganisms-radionuclide interaction for development methods of radioactive waste water purification
17-07-2018: Application of electrochemical approach for forecasting and analysis of microorganisms-radionuclide interactions
17-07-2018: Radio 3 Scienza_Intervista a Giorgio Riccobene

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Istituto Nazionale di Fisica Nucleare - Piazza dei Caprettari, 70 - 00186 Roma
tel. +39 066840031 - fax +39 0668307924 - email: presidenza@presid.infn.it

F.M. F.E.