A European Commission funded Research and Technology Development (RTD) Network for Access to Research Infrastructures (ARI):
Teams in the network
Working groups within the network
4th Collaboration Meeting, Munich, May 25-8, 2005
3rd Collaboration Meeting, Krakow, June 2-6, 2004
2nd GSI-Future-Facility workshop, Oct. 14-17, 2003
2nd Collaboration Meeting, Toulon, May 21-25, 2003
HITRAP Workshop, GSI, December 11, 2002
1st Collaboration Meeting, Groningen, May 23-25, 2002
Preparatory Collaboration Meeting, CERN, October 11-13, 2001
The HITRAP RTD proposal can be found here (pdf)
HITRAP is an RTD network of European research
teams. It started on
November 1st, 2001 and is scheduled for four years.
The goal of the network
is the development of novel instrumentation
for a broad spectrum of physics experiments with heavy
Highly Charged heavy Ions (HCI)
up to bare uranium
(U92+) at low energies (<1 eV/u) which can presently not be
performed at any other institution using
light or medium-heavy HCI or heavy HCI at MeV energies.
In the planned GSI future facility , HITRAP is an essential part of the SPARC and FLAIR collaborations.
The HITRAP RTD network is closely related to the European RTD networks NIPNET and IONCATCHER.
The three networks have a common Mission Statement:
Ion and atom traps have become spectacular tools for precision measurements. Three European RTDs, IONCATCHER, NIPNET and HITRAP, have as common mission to make the trapping techniques available at the large accelerator facilities of Europe. This will allow important questions to be answered related to fundamental interactions and the determination of fundamental constants. Examples are the search for deviations from the Standard Model in the electroweak interaction and the determination of the electron mass, respectively. This research requires the production and trapping of rare ions and atoms, using Europe's large-scale accelerator facilities. They are either heavy elements with all or nearly all electrons removed (HITRAP), or short-lived nuclides produced in nuclear reactions (NIPNET). The use of accelerators implies rapidly moving ions, which require deceleration and stopping before trapping can take place, to make this process effective is the task of IONCATCHER. The common aims and efforts have lead to an agreement between the three collaborations to have joint collaboration meetings to effectively share knowledge and know-how. In addition they aim for a common education of the group members, in particular the graduate students.
The research objectives of HITRAP include the development of novel instrumentation and prototypes:
For further information please contact
For any comments please mail to T.Beier or W.Quint.
April 1, 2005