Welcome to the web page of the
Joint Research Activity ULISINT
"Integration of ultra-light silicon tracking and vertex detection systems for frontier precision experiments"
within the EU-FP7 Project
HadronPhysics3 "Study of strongly interacting matter"
Project Details
Duration: 01/01/2012 - 31/12/2014
Web portal of HadronPhysics3 (link)
Project description of JRA ULISINT
(
) and
budget (
)
Participants
GSI Darmstadt (
J. Heuser, spokesperson),
INFN Torino (A. Rivetti),
GUF Frankfurt (J. Stroth), and technology partners:
SE SRTIIE Kharkov (V. Borshchov),
INR Kiev (V. Pugatch),
IMEC Leuven (P. De Moor)
Research Objective
The Joint Research Activity ULISINT covers three fields of large-area tracking and vertex detectors, each of them backbones of the upcoming
CBM and
PANDA experiments at the international research facility
FAIR under construction in Darmstadt, Germany:
- a thin fast micro-strip tracking detector system for large-area coverage
- a thin fast hybrid pixel detector system for tracking in very high particle densities
- an ultra-thin monolithic pixel detector system with very high spatial resolution for decay vertex identification.
ULISINT is a successor of the research activity
ULISI that has been completed in
HadronPhysics2. While ULISI focused on the development of the thin detector technologies themselves, the demonstration of their integration into complete systems usable for hadron physics experiments is the research aim of the current activity.
R&D activities, timeline
- Integration of a low-mass large-area silicon micro-strip detector system for particle tracking (link)
- Integration of a low-mass silicon pixel detector system for particle tracking (link)
- Integration of a flexible, silicon embedded CMOS pixel sensor assembly into a prototype ladder for micro-vertex detection (link)
Meetings
Meetings of the work groups
(link)
Reports
Reports on the research activities
(link)
Miscellaneous
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