本项目的是研究探索通过量子纠缠而获得超导的一个新机制和新途径. 这一新机制没有用到吸引相互作用和电子配对。关键之处是纠缠能改变带荷载流子的统计性，从而导致超导。（1）我们将探索纠缠导致超导的不同机制和细节；（2）我们将研究纠缠导致的超导的不同的类别；（3）我们将设计实现这些新机制超导的模型。特别地，我们要理解什么样的相互作用以及什么形式的耦合能产生这一新机制。这样我们可理解判断新机制是否能产生高温超导体。

The goal of this proposal is to study and explore using quantum entanglement as a new mechanism and a new route to get superconductivity. The new mechanism does not use attractive interaction and pairing. The key is that entanglement can change the statistics of the charge carriers, which in turn leads to superconductivity. (1) We like to explore different ways that entanglement can lead to superconductivity. (2) We like to study different types of superconductivity that naturally come from entanglement. (3) We like to design models which realize this new mechanism of superconductivity. In particular, we like to understand what kind of interaction and what form of coupling can enable this new mechanism. This will allow us to understand whether the new mechanism can produce high temperature superconductivity.