Research

The subjects of my research are small-scale systems in both the classical and quantum domains, including cold atoms, superconducting circuits, mesoscopic conductors, artificial nano-scale devices and bio-molecular machines. The overarching aim of my work is to develop universal theoretical models to describe the dynamics of these systems, which promise to play a central role in future technologies. Key topics of interest include the fundamental nature of non-equilibrium noise and fluctuations, collective phenomena arising from interactions between many degrees of freedom, memory effects induced by slow relaxation, and the role of thermodynamic constraints. 

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