Nufact08 - (other nufact conferences)
June 30 - July 5 2008
Valencia, Spain
published July 03, 2009
Valencia, Spain
published July 03, 2009
Nufact08 is the tenth edition of a series of workshops started in 1999, whose main goal is to understand the different options for a future neutrino oscillation experiment able to attack the problems of mass hierarchy and CP violation in the leptonic sector
| Plenary talks |
|---|
|
Neutrinos in the standard model and beyond
|
|
The Physics of Massive Neutrinos
|
|
Status and prospects for long baseline experiments
|
|
Detector R&D for future neutrino oscillations facilities
|
|
Optimisation of future neutrino oscillation experiments
|
|
Status and prospects for solar and atmospheric neutrinos
|
|
Beta beam R&D status
|
|
Results and lessons from the operation of current beams for neutrino experiments
|
|
Neutrino interactions with nuclei
|
|
Experimental status of neutrino scattering physics and needed measurements
|
|
Project-X and its connection to neutrino physics
|
|
The scientific case for muon physics at a neutrino factory
|
|
Status and prospects for hadron production experiments
|
|
Neutrino scatttering physics at future neutrino oscillation facilities
|
|
Non oscillation flavor physics at future neutrino oscillation facilities
|
|
Synergies between neutrino physics and collider physics
|
|
Muon acceleration: introduction and R&D on limiting technologies
|
|
From the neutrino factory to a muon collider: Scheme for Ionization Cooling for a Muon Collider
|
|
Experiments for accelerator R&D
|
|
Beyond 3 neutrino oscillations
|
|
Prospects for mass scale and inverted hierarchy in non oscillations experiments
|
|
Experimental prospects for muon physics at a neutrino factory
|
|
Status and prospects for reactor experiments
|
|
What cosmology can tell us about neutrino physics in the next 10 years?
|
|
WG1 summary
|
|
WG1-WG2 joint summary
|
|
WG2 summary
|
|
WG3 summary
|
|
WG4 summary
|
|
Closing talk
|
| WG1: Phenomenology I |
|
$\gamma =350 Li/B \beta$ beam
|
|
CERN-INO magical Beta-beam experiment: A high precision probe for neutrino parameters
|
|
Breaking Dark Matter Degeneracies with Neutrino Detectors
|
|
Optimising the greenfield betabeam
|
| WG1: Phenomenology II |
|
Prospects and synergies between future atmospheric and LBL experiments
|
|
Neutrino mass hierarchy and Majorana CP phases
|
|
Prospects of measuring theta13 and mass hierarchy via a supernova signal
|
| WG1-WG2: Golden channel I |
|
How to do a $\nu e \rightarrow \nu \mu$ measurement in a MINOS-like Detector
|
|
Systematic effects in MINOS- nuclear and cross section effects
|
|
Status of MIND
|
|
The Totally Active Scintillator Detector
|
| WG1-WG2: Golden channel II |
|
How to do a $\nu e \rightarrow \nu \mu$ measurement in a SK-like detector
|
|
Status of INO
|
|
Impact of systematic uncertainties
|
| WG1-WG2: Silver and platinum channels |
|
Charm production x-sections
|
|
Experience from OPERA
|
|
Design and Performance of ECC-MECC
|
|
Prospects for the Platinum Mode
|
| WG1-WG3: Nufact and beta beam optimisation |
|
Optimisation of a beta beam
|
|
Optimisation of a neutrino factory
|
| WG1: Miscellaneous |
|
Neutrino factory without charge ID
|
|
Probing non standard neutrino physics at T2KK and Nufact
|
|
Can OPERA help constraining neutrino NSI
|
|
Non-standard interactions using the OPERA experiment
|
|
Limit on Non-Standard Interactions from the atmospheric neutrino data
|
| WG2: Nuclear Effects in Neutrino Scattering I |
|
Theory of low energy nuclear effects
|
|
Recent update on low energy theory
|
|
Experimental studies of low energy charged current neutrino interactions
|
|
Experimental studies of neutral current pion production at low energy
|
|
Charged current pi-plus production from the K2K Scibar
|
| WG2: Nuclear Effects in Neutrino Scattering II |
|
Nuclear effects at low energy using electrons
|
|
Nuclear effects at high energy
|
| WG2: Electroweak Physics |
|
Theoretical motivation for electroweak physics with neutrinos
|
|
Future Experiments : NuSong
|
|
Future Experiments : Project X
|
| WG3-WG4: Proton driver |
|
NF PD: preferred scenarios & remaining issues
|
|
Baseline scenario for SB PD, challenges and synergies with other programmes
|
|
Baseline scenario for MC PD, challenges and synergies with other programmes
|
|
Towards FFAG proton driver for SB, NF and MC
|
| WG3: Capture |
|
Horn vs. solenoid options for NF?
|
|
Challenges and progress on the SB horn design
|
| WG3-WG4: Front end |
|
Pros and cons of existing cooling schemes?
|
|
Experimental Tests of Cooling: Expectations and Additional Needs
|
|
RF issues for muon ionisation cooling channels
|
|
Discussion session joint with WG4: Updates on the front end specification (if any) and endorsement: RF Cavity Breakdown in External Magnetic Field
|
| WG3-WG4: Muon source - End to end simulation - Target I |
|
Can we share a muon source among NF, MC and low energy muon programmes?
|
|
Status of END to END simulation
|
|
Pion yields
|
|
Status of studies of a solid target for a Neutrino Factory
|
|
Study of a water-cooled solid target
|
| WG3: Beta beams |
|
RCS design
|
|
Decay ring status / studies
|
|
High frequency ECR source (60 GHz) in pre-glow mode for bunching of beta-beam isotopes
|
|
Direct production of 8Li and 6He using neutrons from low energy deuterons
|
|
R&D challenges in FP7
|
| WG3: Target II |
|
Particle production vs. energy: how do simulation results match experimental measurements?
|
|
Can solid target vs. liquid target survive SB and/or NF proton beam structure at 2-4 MW?
|
|
What additional experimental results are needed to make a choice of SB and NF target?
|
| WG3-WG4: Experience with operating beams for Neutrino experiments |
|
Horn Operational Experience in K2K, MiniBoone, NuMI and CNGS
|
|
Radiation protection lessons
|
|
Delivering high intensity proton beam: lessons for the next beam generations
|
| WG3-WG4: Acceleration |
|
Pros and cons of existing acceleration scheme?
|
|
FFAG R&D activities in Japan and results from operating facilities
|
| WG4: Muon dipole moments |
|
The Next-generation Muon (g-2) Experiment
|
|
Muon electric dipole moment
|
| WG4: Detector and Source Developments: Charged Lepton Flavor Violation Experiments |
|
Positron timing and detection in the MEG experiment
|
|
R&D of Muon Storage Ring PRISM-FFAG to Improve a Sensitivity of mu-e conv. Experiment Beyond BR~10^{-17}
|
|
Plan for Accelerator Beam Study Towards J-PARC Muon Project
|
| WG4: Muon decay properties |
|
Muon Lifetime Program at PSI
|
|
Muon Decay Parameters (TWIST experiment at TRIUMF,...)
|
|
The MICE PID Instrumentation
|
| WG4: Symmetry tests with muons |
|
LFV: Muon to electron conversion, Mu2e at Fermilab
|
|
LFV: Muon to electron conversion, COMET and PRISM/PRIME at JPARC
|
|
LFV: Performance of the LXe Calorimeter for the $\mu\rightarrow e \gamma$ experiment (MEG)
|
| Posters |
|
Probing Neutrino Parameters with a Two-Baseline Beta-Beam Set-up
|
|
SPL accumulator and compressor scenarios for NF
|
|
Applicability of the formulae of Bardin and Dokuchaeva for the radiative corrections analysis in the NuTeV experiment
|
|
The Angra Neutrino Project
|
|
Spectral function of argon and calcium
|
|
Breakdown of the impulse approximation and its consequences
|
|
R&D activities toward a HPXe TPC (NEXT)
|
|
Design and Operational Experience of the MICE Target
|
|
CP Violation reach of EC beams
|
|
Alignment Errors on Emittance Measurements for MICE
|
|
Sterile neutrino oscillation at a neutrino factory
|
|
The T2K experiment and its time projection chambers
|
|
Quasi-elastic neutrino-nucleus scattering
|
|
Monte Carlo simulation of the performance of the particle identification (PID) system of the MICE (Muon Ionization Cooling Experiment)
|
|
Oscillation probability fits using Near Detector data at a Neutrino Factory
|
|
NEXT, a HPXe TPC for neutrinoless double beta decay searches
|
|
Status of the Super-Omega Muon Beamline at J-PARC
|
|
Resolving oscillation degeneracies with a single neutrino polarity
|
|
Neutrino factory optimization for non-standard interactions
|
|
Neutrino-induced one-pion production from nuclei
|
|
Matter Profile Effect revisted - Fourier method and others
|
|
NuWro - Monte Carlo generator of neutrino interactions
|
|
Adapting and testing PAVICOM facility for treatment of OPERA experimental data
|
|
The Daya Bay reactor neutrino experiment
|
|
GLoBES - General Long Baseline Experiment Simulator
|
|
Signatures of sterile neutrino mixing in high-energy cosmic neutrino flux
|
|
Recent Progress for Muon Collider
|
