2nd Annual Report OPTICON Optical Infrared Co-ordination ...
2nd Annual Report OPTICON Optical Infrared Co-ordination ...
2nd Annual Report OPTICON Optical Infrared Co-ordination ...
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1.5 JOINT RESEARCH ACTIVITIES<br />
1.5.1 JRA1: Adaptive Optics<br />
The Total human effort deployed during this reporting period for JRA1 is summarized in the<br />
following table (in parenthesis additional manpower only for AC cost model):<br />
Participant number 15 4 6 8b 11a 12 19 31 35<br />
Participant short<br />
name 16<br />
ESO INSU/C<br />
NRS<br />
INAF-<br />
Arcetri<br />
Person-months 17 111,18 55,42 30,4 23,28<br />
(14,16)<br />
WP 1: <strong>Co</strong><strong>ordination</strong> of JRA1<br />
MPIA NOVA GRANT<br />
ECAN<br />
24<br />
(12)<br />
ONERA Univ<br />
Durham<br />
4,58 19,96 20,73<br />
(…)<br />
Total<br />
289,55<br />
The management (ESO) of the JRA1 has been actively solicited in 2005 for the contract<br />
negotiations and preparation of Technical Specifications/Statement of Work of Adaptive<br />
Optics key components (Piezo deformable mirror, Thin Zerodur shell, Drive electronics for<br />
deformable mirrors, MOEMS, wavefront sensor CCD, Deformable Secondary Mirror).<br />
The JRA1 web page has been maintained by ESO to disseminate the information and reports<br />
produced in the frame of this JRA (http://www.eso.org/projects/aot/jra1/). Some documents<br />
are password protected. Monitoring of the FTE and HW expenditure is now in place and<br />
effective.<br />
A General meeting 2 was organised by ESO in July 2005 at INAF in Firenze. Regular<br />
teleconferences between the principal work package managers have been organised. Strong<br />
interaction between JRA1 and JRA2 has been maintained by ESO for the design review of<br />
the Adaptive Optics CCD detector, specified in the frame of JRA1 and developed in the frame<br />
of JRA2.<br />
WP 2: System design<br />
WP2.1: XAO system Study<br />
Following the two competitive feasibility and conceptual design studies of the VLT XAO<br />
system achieved by INSU and MPIA-INAF and reviewed by ESO in the fall of 2004, the<br />
ESO Scientific and Technical <strong>Co</strong>mmittee (STC) recommended in April 2005 to establish a<br />
collaboration of both teams under the lead of INSU-LAOG as the P.I. institute. The main<br />
goal of this collaboration was to enhance Planet Finder’s scientific capabilities by the<br />
inclusion of the science instruments (integral field spectrograph and differential polarimeter)<br />
proposed by the former MPIA led consortium. To support this merging, ESO has launched a<br />
Post-phase A contract with the aim of providing enough resource to perform the R&D<br />
activities between the end of the phase A and the start of the VLT Planet Finder design and<br />
construction phase.<br />
The newly merged <strong>Co</strong>nsortium has submitted a consolidated instrument concept (see figures)<br />
and a strong coherent system and project management to ESO STC in October 2005.<br />
Documentation presenting efforts of the two former <strong>Co</strong>nsortia towards these goals including<br />
an executive summary (attached) has been produced. STC recommended to the ESO <strong>Co</strong>uncil<br />
15<br />
Lead participant first<br />
16<br />
Use the same contractor short names and numbers indicated in the table “list of participants” in Annex I of<br />
your contract.<br />
17<br />
AC contractors must include both the total estimated human effort (including permanent staff) and, in<br />
brackets, additional staff only.<br />
46 <strong>Co</strong>ntract [RII3-CT-2004-001566]<br />
<strong>Annual</strong> <strong>Report</strong>