AdS/CFT对偶把引力理论和低一维的规范场论全息地关联起来，成为研究强耦合量子系统的强大工具。超流湍流是少数的宏观范围内的量子系统，它的研究具有重要的实际应用价值和理论价值，已成为现代科学研究的前沿热点。但是超流湍流具有多尺度、强耦合和非线性相互作用等特点，使得目前仍然缺乏一个理想的结构动力学理论体系。本项目把AdS/CFT对偶作为一个新的理论工具，从第一性原理出发来研究超流湍流领域中的两个重要问题。研究内容包括：（1）周期振荡驱动产生超流湍流的机制；（2）涡旋之间的相互作用与温度和涡旋间距的关系。本项目的研究一方面将增进对超流湍流的产生机制和涡旋之间的相互作用规律的认识，为实验研究和潜在的应用提供理论依据，另一方面也将促进AdS/CFT对偶理论的发展，有助于对AdS/CFT对偶的理解和应用开发。

The AdS / CFT duality combines the gravitation theory with the one-dimensional lower gauge field theory holography and becomes a powerful tool for studying strongly coupled quantum systems. Superfluid turbulence is one of the few quantum systems in the macroscopic range. Its research has important practical application value and theoretical value, and has become a frontier hotspot in modern scientific research. However, the characteristics of superfluid turbulence, such as multi-scale, strong coupling and non-linear interaction, make the ideal structural dynamics theory still lacking. This project uses the AdS / CFT dual as a new theoretical tool to study two important issues in the field of superfluid turbulence based on first principles. The research content includes: (1) the generation mechanism of superfluid turbulence driven by periodic oscillation; (2) the relationship between the interaction of vortices and the temperature and the separation distance of vortices. On the one hand, the research of this project will deepen our understanding of the generation mechanism of superfluid turbulence and the interaction of vortices , and provide theoretical basis for experimental research and potential applications. On the other hand, it will promote the development of AdS/CFT duality theory, it also contributes to the understanding and application development of the AdS/CFT duality.