| Abstract 摘要 | Low-energy fusion reactions of nuclei far from stability are crucial for forming heavy elements in the universe, which are being intensively investigated in different rare-isotope beam facilities worldwide. The most exotic nuclei are often very weakly bound, and can easily breakup in their reactions with other nuclei. This results in a number of reaction processes, whose unified theoretical description is an outstanding problem. I will introduce both a classical dynamical model and a quantum-mechanical dynamical model of fusion, which seem to provide an unambiguous solution to this problem [1,2,3]. These models are a powerful tool for planning and interpreting fusion experiments involving exotic nuclei as well as in applications to gamma ray spectroscopy.
[1] M. Boselli and A. Diaz-Torres, J. Phys. G 41, 094001 (2014)
[2] M. Boselli and A. Diaz-Torres, Phys. Rev. C, in press (2015)
[3] M. Boselli and A. Diaz-Torres, Few-Body Syst., in press (2015) |
