Gauge-gravity dualities and their applications

量规引力对偶性（又名全息术）的发现彻底改变了理论物理学，提供了一种新的计算工具，以及一种理解弦理论中困难的概念和形式问题的方法。这个框架在超重力和弦理论的正式发展和场论在标准模型扩展中的应用之间提供了一个新的跨学科联系。该项目将进一步发展现有的由标准引力对偶性提供的计算工具，并在粒子物理学的前沿寻求新的应用，包括可能的电弱对称性破缺和暗物质模型，以及对早期宇宙物理学和引力波遗迹随机背景的可能影响。

The discovery of the gauge-gravity dualities (aka, holography) revolutionised theoretical physics, providing a new computational tool alongside a way to understand hard conceptual and formal problems in string theory. This framework provides a new interdisciplinary connection between formal developments in supergravity and string theory on one side, and applications of field theory to extensions of the Standard Model on the other. The project will further develop existing calculation tools provided by gauge-gravity dualities, and seek new applications at the frontiers of particle physics, including possible to models of electroweak symmetry breaking and of dark matter, for possible implications for the physics of the early universe and the relic stochastic background of gravitational waves.