Magnetic relaxation and response in spin liquids

该研究项目的重点是与热浴接触的量子磁系统的动力学，以及如何发生从经典行为到量子行为的转变。具体地说，我们的目标是在磁性焦绿石氧化物的背景下研究经典自旋液体行为与量子自旋液体行为的动力学特征，从微观上理解自旋动力学，它们与声子的耦合，以及在低温下观察到的异常长的自旋涨落时间尺度的起源。

The research project focuses on the dynamics of quantum magnetic systems in contact with a thermal bath, and how the transition from classical to quantum behaviour occurs. Specifically, we aim to investigate dynamical signatures of classical vs quantum spin liquid behaviour in the context of magnetic pyrochlore oxides, starting from a microscopic understanding of the spin dynamics, their coupling to phonons, and the origin of the unusually long spin fluctuation time scales observed at low temperatures.