lecture European GDE meeting
Date/Time: Wednesday, May 10, 2006 - 16:00 (Europe/Zurich)
Location: DESY ( 459 in Building 30b )
Chairperson: , Brian Foster
Support Barbara.warmbein@desy.de
Description:
The start time of this meeting is set by the end of the XFEL Industrial Forum which takes place at DESY on 9 & 10 May. There will be a GDE meeting devoted to Linac issues from 11 May onwards. The agenda for the EGDE meeting  will be mostly related to discussion of proposals for FP7.


It is possible to attend this meeting by videoconference:

Name: ILC EGDE   Number: 0011349884523343. 

This number is valid for H.323 participants connected through VIDENET / the Global dialling system (GDS).

H.323 participants on ESNET only need to call 884523343.

Phone or ISDN users should dial +1-510-883-7860 and then enter 884523343#

 
 Wednesday, May 10, 2006
 16:00
Introduction (15') Brian Foster (GDE)  
 16:15
The future of the currently funded EU activities (30') Slides pdf file}   Eckhard Elsen  
 16:45
Proposal for a cryogenic test facility in Europe (30') Cryogenic Test Facility powerpoint file} pdf file}   SCRF Infrastructure powerpoint file} pdf file}   Carlo Pagani Lutz Lilje (DESY)  
17:15  Coffee (15')
 17:30
HERA as an ILC damping ring (30') Hera as an ILC damping ring powerpoint file} pdf filedown arrow   Ferdinand Willeke (DESY)  
 18:00
Reports from the labs / countries: Future non-EU-funded R&D (1h0') CERN powerpoint file} pdf file}   FRENCH ILC BUDGET powerpoint file} pdf file}   Italy ILC budget powerpoint file} pdf file}   JINR powerpoint file} pdf file}   Russia - Danilov powerpoint file} pdf file}   UK ILC-related R&D pdf file}   Jean-Pierre Delahaye (CERN) Nick Walker (DESY) Terry Garvey (LAL - Orsay) Grahame Blair (RHUL / UK) Carlo Pagani (t.b.c.) (IT) Alexander Skrinsky (INP / RU) ASiri Grigori Shirkov (Dubna / RU)  
 19:00
View from the experiments (10') Slides powerpoint file} pdf file}   Francois Richard (LAL - Orsay)  
 19:10
General discussion and drawing up of an action plan (50')  
20:00  Dinner (2h0')