Holographic Composite Higgs

这个理论项目旨在构建一个新的形式框架，用于研究从强耦合理论中涌现出来的某些类型的复合模型，这些模型是很难用其他方法解决的。基本的想法来自理论物理中与数学物理处于十字路口的形式发展；特殊的强耦合规范理论允许在更高维度的弱耦合引力理论方面进行等价(对偶)描述。在超重力中建立的严格的数学模型将以可控的方式实现这一机制，从而产生一个新的正式实验室，致力于研究新的(和旧的)现象，补充传统的方法。这个框架的自然应用是在粒子物理学的背景下，因为它可以解释最近发现的希格斯玻色子的基本起源，但它有更广泛的适用范围，例如在统计力学、凝聚态物理和宇宙学中。

This theoretical project aims at constructing a new formal framework for the study of certain classes of composite models emerging from strongly coupled theories that are difficult to solve otherwise. The underlying idea emerges from formal developments within theoretical physics that sit at a crossroad with mathematical physics; special strongly coupled gauge theories admit an equivalent (dual) description in terms of weakly coupled gravity theories in higher dimensions. Mathematically rigorous models built within supergravity will realise this mechanism in a controllable way, hence producing a new formal laboratory devoted to the examination of new (and old) phenomena, complementing traditional methodologies. The natural application of this framework is in the context of particle physics, as it can explain the fundamental origin of the recently discovered Higgs boson, but it has a much broader range of applicability, in statistical mechanics, condensed state physics, and cosmology, for example.