Examples of using Linear collider in English and their translations into German
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ILC and CLIC: linear colliders.
Linear collider group LC.
The collaboration's goalis to develop new calorimeters for future linear collider detectors.
The International Linear Collider(ILC) is a proposed linear particle accelerator.
Only recently,we joined other projects like Belle in Japan or the International Linear Collider.
The International Linear Collider is the next large international accelerator project for an era after LHC.
In this regard the development of detector components for the International Linear Collider ILC plays the most important role.
The planned separation of the linear collider and the X-ray laser grants more flexibility and independence for all user groups.
The next large particle physics collider which will bebuilt after the LHC at CERN is the International Linear Collider ILC.
The DEPFET technology,which was originally designed for the future International Linear Collider ILC, will be used for this purpose for the first time.
Two Japanese regions are possible candidates for the home of the next big accellerator,the International Linear Collider ILC.
After Japan had expressed its interest in building the"International Linear Collider"(ILC), the next step was the selection of a site.
Future developments focus around an upcoming upgrade of the CMS Tracker for the SLHC accelerator and the next generation International Linear Collider.
Thus the technology could be applied, for example,in the International Linear Collider, which is under discussion as a major project of fundamental research in Japan.
Currently she is the head of a researchgroup developing a photo injector for the projected linear collider at Fermilab.
The planned linear collider opens possibilities to discover the particles that might be the components of dark matter- the so called WIMPs weakly interacting massive particles.
In 1998, Rolf-Dieter Heuer took up the offer of a full professorship for experimental physics at the University of Hamburgand worked at DESY on preparations for the electron-positron linear collider ILC International Linear Collider.
This technology developed for the linear collider TESLA(Tera Electron Volt Energy Super-Conducting Linear Accelerator) allows the generation of a particle beam with a very small beam cross-section and high beam power.
Marburger informed DESY that his department, together with other decisive partners, is currently working out guidelines for a possibledecision making process to build an international linear collider.
DESY particle physics andaccelerator scientists made substantial contributions that helped the International Linear Collider reach the milestone Technical Design Report, virtually the maturity certificate of this project.
DESY is closely involved in a number of major international projects, including the European X-ray free-electron laser XFEL in Hamburg, the Large Hadron Collider LHC in Geneva,the neutrino telescope IceCube at the South Pole and the International Linear Collider ILC.
Two technologies are currently being developed for this: The International Linear Collider(ILC), with a maximum energy of 500 gigaelectronvolts up to 1 teraelectronvolt, and the Compact Linear Collider(CLIC), with energies up to 3 teraelectronvolts.
The technique is particularly suitable for linear accelerators-and is a lower-cost alternative to the concepts proposed for the International Linear Collider(ILC) or the CERN Compact Linear Collider CLIC.
Also within the framework of future projects, as for example detector development for the International Linear Collider ILC, there are joint research activities which, with the new cooperation of DESY and KEK, were for the first time extended to an experiment in Japan.
This allows modern techniques to be used for the event reconstruction, for example"particle flow" algorithms whichpromise to significantly improve the energy measurements at linear colliders compared to current technology.
Our results show that a top threshold scan at a linear collider offers the unique opportunity to determine the mass of the top quark with an accuracy of better than 100 megaelectronvolts in a theoretically well understood environment when taking into account theoretical and experimental uncertainties.
DESY is closely involved in a number of major international projects, including the X-ray laser European XFEL in Hamburg and Schleswig-Holstein, the Large Hadron Collider LHC in Geneva,the neutrino telescope IceCube at the South Pole and the International Linear Collider ILC.
A linear collider enables researchers to carry out a broad experimental program, with a combination of guaranteed measurements in the Higgs, top and precision electroweak sector, and the still speculative possibility of the discovery and the spectroscopy of new physics beyond the Standard Model of particle physics.