TOPICS AND LECTURERS 

Special lecture: measurement of neutrino mass in
single and double beta decay (E. Bellotti - Università di Milano)
The need for a new generation of neutrino beams (A. Blondel – University of Geneva)
Physics of massive neutrinos (E. Lisi – INFN Bari)
Phenomenology of future LBL experiments (A. Donini – Universidad Autonoma Madrid)
Low energy neutrino detectors (T. Kajita – Tokyo University & ICRR)
High energy neutrino detectors (D. Harris – Fermilab)
Neutrino interactions from low to high energies (K. MacFarland – Rochester University)
Accelerator physics and neutrino beams (E.Keil - Cern)
High Power Proton Driver (A. Lombardi - CERN)
High Power Targetry (R. Bennett - RAL)
Front-End and Cooling (R. Palmer - BNL)
Muon Acceleration and FFAG (S. Machida - KEK)
Conventional neutrino beams and  NuFact (D. Harris - Fermilab)
Neutrino beta-beams (M. Lindroos - CERN)

AIM OF THE SCHOOL 

The aim of the school is to provide young particle physicists with an introduction to

both particle and accelerator physics aspects of conventional and novel neutrino beams.

The long-term goal of this series is to lay the foundation for a large international group of

scientists with the diverse skills essential to secure the future of accelerator neutrino

experiments.