by G. Wikström (UNIGE)
document contains a collection of the questions
and tasks that were pointed out by the working
groups during NuFact10. New points that have turned
up since then have been added. If you think of
more that should to be added please email Gustav
Oscillation physics working group (WG I)
and optimization studies.
Please compile from FEASIBLE projects (i.e. eliminate
high gamma beta beams from the plots)
sensitivities in term of error on parameters
down a consistent model that gives observable non-standard
physics motivation of LBL oscillations within wider
context of particle physics, beyond a relatively
small (compared to the scale of the facility) neutrino
statement on precision that is interesting for
measurements of nu_mu->nu_tau and nu_e->nu_tau
oscillation measurements. Report on studies of
such measurements for superbeam and neutrino factory.
generally explicit what testing universality of
3x3 mixing matri^x means, limits on 4th family
neutrino or sterile neutrino
liquid Argon TPC be used as detector for beta-beam?
(mu/pi separation for both signs)
any LHC physics search or discovery able to shed
light on the neutrino paradigm?
scattering physics working group (WG II)
puzzle of CCQE cross-section found by MiniBooNE:
CC/NC versus SciBooNE
versus theoretical models
of oscillation signal cross-sections
of cross-sections for electron and muon neutrinos
with the present generation of near detectors
rates can be achieved at a mini-neutrino factory
(e.g. Antiproton accumulator at Fermilab etc..)
and possible precision measurement of muon- and
detectors for future projects (DUSEL, CERN-LBNO,
-- can liquid Argon be used as near detector?
physics working group (WG III)
Project X a suitable proton driver for the Neutrino
More R&D needed; e.g. stripping injection
is the path for solving the problem of operating
high gradient RF is strong magnetic field?
Vigorous experimental program under way
energy deposition pose SC solenoid shielding problem
for presently proposed proton drivers?
Serious problem, engineering solution very challenging
we have a working Injection/Extraction scheme for
Solid concept under study, component modeling
chromaticity correction sufficient to reduce the
TOF problem for NS-FFAG?
Proof-of-principle solution being studied
Scaling FFAG be used in other-then-ring configurations?
Prototype lattices exist, they are very promising
there a synergetic path from the Neutrino Factory
to MC? A clear path is under study; efficient stages
of 6D cooling are essential
handling for Multi MW targets ?
target systems are many, convergence ?
property evolution with time (from radiation, strain & stress
the Beta Beam be possible in the CERN Complex ?
of the 18Ne production for beta beams ?
of pion production complete e structures after/around
the target (horn, solenoids…)?
of mini-neutrino factory (low energy/intensity
storage ring for short baseline measurement of
Muon physics working
group (WG IV)
1. LFV – also
in view of new SUSY limits from LHC
conversion: muon colliders?
moments: g-2, EDM
beams à RAL, TRIUMF and PSI suitable/upgradable
for new LFV experiment search