5小结
由于篇幅所限，还有许多重要进展没有展开介绍。例如，关于超重原子核和新核素的研究， Thoen-nessen制作了一个表格，针对不同国家和个人在合成新元素和新核素的贡献，给了一个排名。美国发现1316个原子核，高居榜首。中国排名12,一共发现27个原子核[71].关于奇特原子核的研究，本专辑中龙文辉[72]和孙亭亭[18]等人的文章会有涉及。
作为原子核物理中的协变密度泛函理论讲习班，这里介绍的核物理面临的主要问题，都应该有解决相应问题的的思路或结果。同时，协变密度泛函理论本身也应该不断发展和完善。李剑[73]介绍了协变密度泛函理论对原子核磁矩的研究。龙炳蔚[74]介绍了手征核力，未来手征核力与协变密度泛函理论结合是核物理重要发展趋势。关于原子核激发性质的研究，可以参见吴华等人[75],房栋梁[76],王章银等人[77]的文章。关于核物质的研究，包括n-p对关联，对称能，奇异夸克，温度效应等，孙保元[78],董建敏[79],尚新乐[80],夏铖君[81],刘朗[82]等人都会在本专辑中对相关专题进行介绍。同时，利用协变密度泛函理论，张炜对如何解决“镭之谜”进行了探索[83].
2015年是中子晕现象发现30周年，意大利于7月20日，在比萨针对本科生举办了一个讲习班，题目是Re-writing Nuclear Physics textbooks: 30 years ofradioactive ion beam physics.具体内容可以参见网页：
http://exotic2015.df.unipi.it.既然放射性核束物理能够重新改写核物理教科书，这方面的进展和成就自然不少，感兴趣的同事和同学可以关注一下。
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