spsc cogne ix ………………….. villars 2004 sep 22-28
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SPSC Cogne IX ………………….. Villars 2004 Sep 22-28. Review present & future FT physics consider possibility & options compatible with long term CERN plans. at CERN. call for informal, unbinding “Statements of Intent”. ….. SPSC 27 Jan. - PowerPoint PPT PresentationTRANSCRIPT
SPSC Cogne IX ………………….. Villars 2004 Sep 22-28
Review present & future FT physicsconsider possibility & optionscompatible with long term CERN plans
at CERN
call for informal, unbinding “Statements of Intent”
….. SPSC 27 Jan
a step of our long term strategy … ECFA … BENE/HIPPI … DS
influence CERN R&D choices (mid 2006)
propose a new Neutrino Complex for its agenda
make it a credible option by end 2008 More immediately campaign for a new high intensity Proton Complex
…. SPL and beyond … persuade CERN to restore a little kernel activity
ablo to cluster EU labs around it re-propose Workshop in 05
ie produce new fresh work for an updated COMPREHENSIVE “BOOK” end 05
1) communities & facilities
…. pre-history of the workshop
Neutrinos: CNGS, Superbeam, Betabeam, ν Factory
other particle physics tools….
the ECFA/BENE Study Groups
EURISOL : II gen. Radioactive Ion Beam facility
for nuclear, astro & fundamental physics
the EURISOL FP6 DS collaboration
2) Preliminary agenda & general plans
3) Request of feedback & guidance from the SPSC
OUTLINE of SPSC presentation
1) communities & facilities
…. pre-history of the workshop
Neutrino Oscillations: CNGS, Superbeam
Betabeam
Nu Factory
Other rare processes … Slow Muons, Kaons?, …
the ECFA/BENE Study Groups
EURISOL : II gen. Radioactive Ion Beam facility
for nuclear, astro & fundamental physics
the EURISOL FP6 DS collaboration
………the high intensity fronteer
…. Joint Venture of Nuclear & Particle Physics ….. JPARC
2006 2009 2014 >2014
CNGS
EU T2K at J-PARC ….. T2H?
R&D targets, horns CNF at “E-PARC”… CERN ν to FrejusSuperbeam
Betabeam
R&D cooling, reacceleration NuFact at “E-PARC” new CERN υ Complex
Four coherent phases of EU initiative in neutrino Physics ?
2006 2009 2014 >2014
CNGS
EU T2K at J-PARC ….. T2H?
F+I …. R&D targets, horns CNF at “E-PARC”… CERN ν to Frejus
Superbeam Betabeam
R&D cooling, reacceleration NuFact at “E-PARC”UK
Four coherent phases of EU initiative in neutrino Physics ?
Study of the Physics of Neutrinos
Sponsored by the American Physical Society Divisions of — Particles and Fields Nuclear Physics Astrophysics Physics of Beams
Organizational meeting was held December 2003.www.neutrinooscillation.org/studyaps/
Final report will be completed August 2004.
(Boris Kayser at the Superbeam Working Group meeting, Jan. 29-30, ‘04)
The Purposes of the Study
— Primary Purpose —To move towards a coherent strategy for answering the
open neutrino questions — a clear, unified plan that funding sources can easily consider and promote.
To this end, we will—• Identify the most important questions• Evaluate the physics reach of the proposed ways of
answering them• Examine how different facilities and experiments
complement each other• Create a decision tree• Determine an intelligent sequence of facilities and
experiments
TargetsOrganizing Committee and Working Group Leaders
hold Mid-Course Correction Meeting April 1-2 or 4-5.
Purpose: To assess the progress of the Working Groups and to coordinate their activities.
Entire Study holds three-day Final General Meeting during June 23-28 in Aspen.
By the end of this meeting:• The working group findings• Final cross-working-group coordination• Preliminary study conclusions
We should be able to make a very strong case for a robust, exciting neutrino program.
Both DOE and NSF have made it clear that they will be listening to us.
Good Luck!
Conventional beam decay channel … (0.1-1% e)
SuperBeam, if MW power ……. need Very Large Detector (water C, Li-Ar) the same as p-decay
Neutrino Factory storage ring ….. & e
manipulate & (& accelerator complex! )accelerate needs Large Magnetic Detector parents ! (SuperMINOS, Li-Ar in B )
BetaBeam storage ring … pure e (& EU accelerator complex)
detectors same as SuperBeams
Options for neutrino physics NB: beam + detector configurations
possible, in all cases, for CP, T & CPT studies
50-500 Ktons ie new lab
30-100 KtonsLNGS ! new lab ?
novel
beams
SuperBeam, Conventional beam decay tunnel (0.1-1% e) need Very Large Detector (water C, Li-Ar) the same as p-decay
Neutrino Factory . storage ring & e
manipulate & (& accelerator complex! )accelerate needs Large Magnetic Detector parents ! (SuperMINOS, Li-Ar in B )
BetaBeam storage ring … pure e detectors same as SuperBeams
Options for neutrino physics NB: beam + detector configurations
novel
beams
SPL basicsStudy group since 1999 design of a Superconducting Proton Linac (H-, 2.2
GeV). higher brightness beams into the PS for LHC intense beams (4 MW) for neutrino and
radioactive ion physics
H-
RFQ RFQ1 chop. RFQ2DTL CCDTL RFQ1 chop. RFQ2 0.52 0.7 0.8 dump
Source Low Energy section DTL Superconducting section
95 keV 3 MeV 7 MeV 120 MeV 2.2 GeV
40MeV 237MeV
6 m 64 m 584m
PS / Isolde
Stretching andcollimation line
Accumulator Ring
383MeV
chopping
4 m
660 m
CERN 2000-012
Any option relies on a new powerful EU p-driver !!!!!!!!!!!!!!!!!!!
NB Rapid Cycling Synchrotrons (RCS) also an option: HARP !
• Need for higher beam performance (brightness*, intensity) to:
– Reduce the LHC filling time,– Improve the reliability in the generation of the ultimate
beam actually foreseen for LHC,
– Increase the proton flux onto the CNGS target,
– Increase the proton flux to ISOLDE,
– Prepare for further upgrades of the LHC performance beyond the present ultimate.
* For protons, brightness can only degrade along a cascade of accelerators Any improvement has to begin at the low energy (linac) end
Benefit to approved physics programme
Higherintegratedluminosity
More events
Upgrade
Upgradesbeyondultimate
courtesy of R. Garoby
Superbeam Conventional SuperBeam: the CERN scheme
Few 100 MeV
e e appearance
1 Mton !!!!!!!!!!!!!!!window opportunity
Neutrino Factory: CERN Scheme
e e
e e
Disappearance e e deficit
deficit
Appearance e e excess excess
Appearance … Wrong Charge Signature
e excess Golden excess Silver
! Magnetic detector
MultiGeV
EURadioISotopesOnLine
Moriond Mar 03
!!!
Betabeam & Eurisol
Factor 2*3 !
Few 100 MeV!
Same detector as Superbeam. At the same time!
Radio Isotopes emitters
x 1000 increase in yield for ISOL products:
100kW direct production5 MW spallation n target
100 MeV/u RIB
EU Vth framework RTD project (Report end 2003)
Design Study Proposal for VIth framework (March 2004)
Eurisol
800-900 physicists from all (80-90) EU NP labs !!!!!
First generation Radioactive Beam Projects in Europe
CRC, Louvain-la-Neuve, Belgiumdelivering ISOL beams since 1989
SPIRAL, Caen, Francedelivering IF beams since 1984delivering ISOL beams since 2001
REX-ISOLDE, Geneva, Switzerlanddelivering ISOL beams since 2001
GSI, Darmstadt, Germanydelivering IF beams since 1990
MAFF, Munich, Germanyunder construction
SPES, Legnaro, Italyproject
Rare Isotope Accelerator: RIA
RI-Beam factory: RIKEN
GSI
European Separator On-LineRadioactive Nuclear Beam Facility
• Experimental aim of the second generation facilities figure of merit for the study of exotic nuclei x > 1000
• Technological challenge increase the global selectivity and sensitivity increase the secondary beam intensity
The new generation of Radioactive Beam Facilities
Super-ISOLDE at CERN employing SPL beams
Hall 1 Hall 2
Hall 3
H-
RFQ RFQ1 chop. RFQ2 RFQ1 chop. RFQ2 0.52 0.7 0.8 dump
Source Low Energy section DTL Superconducting section
45 keV 3 MeV 120 MeV 2.2 GeV
40MeV 237MeV
6 m 64 m 584 m
PS / Isolde
Stretching andcollimation line
Accumulator Ring
Debunching
383MeV
668 m
DTL CCDTLchopping
EURISOLand
future programsmay share
a new powerful European p driver
20ms rep rate
Eurisol Eurisol Eurisol Eurisol
’s & EURISOL
…. unique opportunity … Moriond 2003 !!!
BetaRingMuon Complex
G.Sasso0.1 Mton
Frejus 1 Mton
Garoby HaserothLindroos
E-Neutrino Accelerator Research Complex… E-νARC?
E-PARC
SPL Multi-year planning: 3 stages
Linac4approval
SPLapproval
LHCupgrade
RF test place ready
3 MeV test place ready
CDR 2
160 Mev
few Gev
2) Preliminary agenda & general plans
Mon 24 & Tue 25 May … INTC meeting
… ECFA BENE meeting
till lunch
Tue May 25 2 pm General Introductory session Aymar
Accelerator session
Wed May 26 9 am Particle Physics session
2 pm Nuclear Physics session
Thu May 27 morning Outlook session Engelen
… towards Cogne IX …
in the preparation of the Workshop ...
4) Request of feedback & guidance by the SPSC
in the management of the outcome of the Workshop
... what documents .... what deadlines ...
Present plans: written summary (& trasparencies) to Cogne IX comprehensive “yellow book type” when convenient early 05?
INFN review … started Feb 14 (Mezzetto, Catanesi, VP)Elba June 6 to 9
for Cogne (Dainton, Engelen ….
may resonate, elsewhere
… new PS 30-50 Gev… comparable to JPARC II … 4 MW
Alternative to the SPL?
or maybe… thriving on the SPL …
…. our RCS option? ….. and we need rings …. in any case …..
HI PRIORITY item …. BENE DRIVER WP