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Experiments at the Super-FRS and the physics goals.



The Super-FRS Collaboration is one of the NUSTAR collaborations. Many of the present scientific cases are unique in the world and also within NUSTAR. The cases presented here naturally comprise experiments that have common goals with other NUSTAR experiments. However these experiments use the unique characteristics of Super-FRS, as is described below. The experimental program includes new physics opportunities such as exotic atoms, exotic hypernuclei, delta resonances in exotic nuclei, new exotic radioactivity modes, the importance of tensor forces and high-momentum nucleons in nuclei, andequation-of-state of cold asymmetric nuclear matter. also includes highly unique and important frontiers of physics such as the search for new isotopes, determination of nuclear radii, and the atomic interaction of highly-char ged atoms of heavy elements. Although these studies were discussed in a series of Super-FRS Collaboration meetings, more ideas are still to be expected.

The key of all proposed activities is that they exploit the separator-spectrometer capabilities of the Super-FRS. The ion-optical performance is practically an integral part of the measurement. With this objective the collaboration has proposed experiments, which:

  • are intrinsically connected with the separator, such as production and separation of new isotopes.
  • are highly unique.
  • emerge as new physics opportunities characteristic for this instrument within the FAIR facility.

All these key functions of the Super-FRS can be tailored for the specific goals of each measurement. This opens up a large variety of modes and experimental opportunities, including new measurement concepts. For most of the experiments, the standard detector equipment of the Super-FRS, as specified in the TDR, will be used; only some experiments will need new, additional dedicated detector setups.

For more Informations you can visit the following Site

 
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