Structure of exotic nuclei

奇异核将在世界领先的设施中进行研究。在线同位素分离技术将在CERN ISOLDE使用，而射弹裂变将在日本RIKEN和可能的美国GSI和Texass A&M使用。这些实验将提供该区域的集体信息，包括四极（细长形状）和八极（梨形）。在RIKEN，GSI和德克萨斯州，感兴趣的核将通过裂变产物的二次碎裂，通过β衰变和转移反应来填充。所得到的能级方案将用于改进核理论，并提高它们对更奇异的核的预测能力。

Exotic nuclei will be studied at world leading facilities. The isotope-separation on-line technique will be used at CERN-ISOLDE, while projectile fission at RIKEN, Japan and possible GSI and Texass A&M, USA. The experiments will provide information on the collectivity, both quadrupole (elongated shape) and octupole (pear shape), in this region. At RIKEN, GSI and Texas the nuclei of interest will be populated via secondary fragmentation of fission products, via beta decay and transfer reactions. The obtained level schemes will be used to refine nuclear theories and to increase their predictive power for even more exotic nuclei.