Introduction to the report
The density general communication theory is an effective method for studying quantum polybody systems and is widely used in the areas of condensation physics, materials and chemistry. In the field of atomic nuclear physics, the density generalist theory has also had a series of successes in micro-conciliating descriptions and understanding of the various physical properties of the atomic nuclei. At the same time, from the basic interaction between nuclear objects, especially overcoming the non-micro-disturbation of nuclear power, the density general doctrine of the first principle has emerged as one of the hot spots of the current atomic nuclear doctrine. The present report will begin with a review of the core ideas of the density generalist theory, which will then combine a number of relevant open-minded issues in the field and recent research developments to explore with you the path to the first doctrine of the density generalist theory in the atomic nucleus。
Introduction by the reporter
Liang boang, associate professor and doctoral teacher, university of tokyo, faculty of physics, japan. Received a doctorate degree in 2010 from the university of beijing in partnership with the university of paris xi, france, followed by jpss fellow, japan, and senior fellows at the japan institute of science and chemistry. Research is directed towards atomic nucleus polybody theory and its application in the cross-cutting disciplines of atomic nuclear physics, particle physics and astrophysics. More than 70 sci papers have been published in mainstream international journals such as physical review letters, including a long overview article of physics reports, the leading international review. As a result of outstanding contributions in this field, the international union of pure and applied physics young scientists award was awarded in 2016, and the general assembly was invited to report at the triennial international conference on nuclear physics。
