Research Mission

Emerging quantum technologies will potentially transform important technological areas such as computing, communication, and sensing. What fascinates us as physicists is that many phenomena that arise when many particles interact at the quantum level are still poorly understood. Nevertheless these phenomena, such as entanglement, are what actually makes quantum devices potentially so powerful, and their better understanding is thus key. Towards this goal we develop analytical and numerical tools to model and simulate quantum many-body systems and search for efficient ways to prepare and probe interesting quantum states of matter.

Research Areas

Quantum simulation
How to use synthetic quantum systems to answer fundamental questions in quantum many-body physics?
Quantum simulation
Quantum read-out
How to characterize and certify quantum systems through measurements with limited resources?
Quantum read-out
Numerical simulation methods
How to efficiently simulate quantum many-body physics on classical computers?
Numerical simulation methods

Recent Publications

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