高能核物理实验国际合作研究近期代表性成果

高能核物理实验的主要物理目标是在极端高温度和能量密度条件下研究核物质新形态?夸克-胶子等离子体的产生及演化特性。深入揭示当前物质世界的深层次结构，以及强核力相互作用在高温、高密多粒子体系中的行为、特性。探寻在此极端条件下的新物理现象。本工作概述我国所参与的主要高能核物理实验国际合作研究项目及其物理目标。介绍我国在国际合作研究中所做出的近期代表性成果，以及我国在该领域研究中的新物理探究方面所取得的典型成就。并对高能核物理下一步的研究发展方向做出展望。

Experimental Overview of Recent Research Highlights on International Cooperation in High-energy Nuclear Physics

Aim of the high-energy nuclear physics experiments is to investigate the production and evolution properties of a new nuclear matter state ? the Quark-Gluon Plasma under the extreme conditions of high temperature and energy density. This study brings the unique insight into understanding the deep structure of the current material world and the properties of the strong nuclear force in such ultra hot and dense multi-particle system. It also provides the important opportunity to explore new physics phenomenons under such extreme conditions. In this paper, the main international high-energy nuclear physics experimental projects that China has participated and their physics goals are briefly outlined. The recent highlights of the achievements on investigating the properties of the Quark-Gluon Plasma and on exploring the new physics phenomenons in high-energy heavy-ion collisions made by China are overviewed. The perspective on the experimental research projects for high-energy nuclear physics to the future is given as well.