Research

We are broadly active in quantum many-body physics — the study of emergent properties and behavior of interacting particles or fields governed by quantum-mechanical phenomena.

 

Recent research topics include:

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• Far-from-equilibrium dynamics, thermalization and non-thermal states of matter

• Tensor-network computational approaches for strongly correlated quantum matter

• Real-time dynamics and quantum simulation of lattice gauge theory

• Physics and applications of long-range interactions in atomic-molecular-optical systems

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All scientific articles can be read on arXiv.org and reached from Google Scholar.