加速器高能物理发展战略的理论研讨

近年来高能物理取得了非常重大的进展,包括欧洲LHC上类Higgs粒子的发现，我国大亚湾中微子实验对一三代中微子混合角的首次测量，以及BEPCII/BESIII新强子态的发现等。这些进展使得中国高能物理未来的战略发展成为一个极为重要的问题。在最近三年的研讨基础上，我国高能物理界提出了Higgs工厂、超级tau-粲工厂、超级Z工厂、电子-离子对撞机等重要选项作为未来加速器高能物理发展的方向。本项目拟以高能物理学会为依托，推动我国高能物理学界对以上问题进行充分的研讨和交流，拟在2014年会同四个工作组组织四次专题研讨会，组织一到两次的集中交流，对我国高能加速器的发展目标进一步凝练。希望通过本项目的实施，进一步明确我国加速器高能物理的发展方向，为未来国家决策建设高能加速器方案提供有价值的参考意见。

In recent years great progress has been made in high energy physics: the discovery of a Higgs-like particle at the LHC, the first precise measurement of the mixing angle of 1-3 neutrinos at the Daya Bay experiment, and the findings of new hadron states at the BEPCII /BESIII. All these make the study of development strategy of accelerator-based high energy physics in China extremely important. Proposals such as the Higgs factory, the super Tau-charm factory, the super Z-factory, and the EIC are very important ones. With the support of NSFC, we will organize a number of meetings and forums to further investigate the best ways for the development of accelerator high energy physics in China.