Kein Folientitel

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GAMMAPOOL NETWORK Coordination of gamma
spectroscopy resources
Campaigns running Gammapool equipment
Nuclear structure studies 2005-2006
Rising (GSI) fast and stopped beam,
g-factor measurements
until 12/2008
AGATA demonstrator
Clara (LNL) neutron rich nuclei,
reaction mechanism
until 12/2007
Jurogam I (JYFL) proton-rich
and superheavy
Jurogam II
until 6/2008
Publications (Int. Jour. 05-06) 28 Conference
Proc. (05-06) 50 Thesis 21
Euclides Gasp (LNL) Newgam (Neutron wallExogam
(GANIL)
Characterization of detectors for AGATA
Hypergamma Demon Indra Oscar
3D Scanning system (GSI)
Cluster BGO coincidence system (Liverp.)
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(some) Scientific Highlights (2006)
presented in the Gammapool workshop
Rising (GSI)
High spin states in 54Ni D. Rudolph et al.
Clara (LNL) N. Marginean et al.
Jurogam (JYFL)
First experimental determination of the
deformation of the prolate bands in 188Pb and
186Pb. T. Grahn, A. Dewald et al.
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Gammapool web sitehttp//gammapool.lnl.infn.it
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Gammapool Workshop
ECT, May 8-12, 2006

• 60 participants
• 35 talks
• Round table and
• General discussion on
• 1) Ge resources ? virtual Lab
• 2) New Gamma-
• Spectroscopy Network

gammapool.lnl.infn.it/ECT2006/
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A project of a Virtual Lab

• Ge detector problems
• high cost of repairs, not affordable
• knowledge base is fading away
• no production capabilities (AGATA, DESPEC)
• Proposal
• Identify sites ? Define specific tasks/actions ?
  Coordinate actions for maintenance
• Network of centres with repair capabilities in
  each host institution
• Share and transmit know-how
• Develop and demonstrate capabilities for detector
  production

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Future NetworkGamma-ray Spectroscopy Network
The successful construction and operation of
Euroball and other large Germanium detector
arrays via European collaborations encourages the
gamma spectroscopy community to form a wider
Network to enhance synergies among the research
groups on an European scale for frontline
research utilizing high-resolution gamma-ray
spectroscopy under different experimental
conditions.
Divided in different campaigns, coupling the
detectors to spectrometers for specific nuclear
physics issues
Gammapool Network
The new network
- Enhance the number of measure sites and time
for experimental activity - Improve the
facilities in different laboratories - Facilitate
the mobility and sharing of the equipment - Give
flexibility to use of equipment and to the type
of physics studies
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Future NetworkGamma-ray Spectroscopy Network

• The objectives will be
• to provide a common forum for the high-resolution
  ?-ray spectroscopy community
• to promote collaborative ventures between
  experimental research groups and between
  experimental and theoretical researchers
• to strengthen the collaboration with other
  research communities addressing similar physics
  questions using different tools
• to provide the wider community with information
  regarding potential opportunities at various
  facilities within Europe
• to form working groups to address specific tasks
  where additional expertise is required
• to ensure transfer of knowledge by organising
  training activities for young scientists
• to promote a network of European laboratories for
  the development of new detection technologies for
  gamma rays and to repair and maintain detectors
• to encourage and support interdisciplinary
  ventures for the use of gamma-ray spectroscopic
  techniques in other fields (i.e. medicine,
  security, imaging, mine detection, etc.)
• to promote the transfer of knowledge and
  technology to society.