 Recent experiments have demonstrated the existence of a quantum spin liquid, QSL, phase on a Kagome lattice using the ride boat blockade effect. To explain these results, we developed a BCS type variational wave function based on a lattice gauge theory. By comparing the predictions of this wave function with experimental measurements of non-local string order, we were able to extract the fluctuations associated with the closed loop as an indicator of the topological order. This wave function provides a simple and intuitive picture of the QSL in this system that can be generalized to similar spin-liquid phases in other lattice geometries. This article was offered by Yanting Cheng, Chengxu Li, and Huishui.