Many-body Quantum Dynamics

We investigate collective phenomena emerging in quantum many-body systems through numerical modelling and quantum simulation experiments.

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Research

Entanglement detection

Certifying and quantifying entanglement in experimental data
Entanglement detection

Disordered spin systems

Understanding the dynamics of disordered quantum spins
Disordered spin systems

Neural quantum states

Using neural networks as efficient quantum state representations
Neural quantum states

Meet the Team

We are always looking for motivated students! Please look at Contacts to get in touch!

Principal Investigator

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Martin Gärttner

Group leader

Researchers

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Adrian Braemer

PhD Student

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Oliver Stockdale

PhD Student

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Moritz Reh

PhD Student

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Niklas Euler

Master Student

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Peter Kaposvari

Master Student

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Robert Klassert

Master Student

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Sebastian Syrkowski

Master Student

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Tobias Schmale

Master Student

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Moritz Epping

Bachelor Student

Networks and Funding

Our group is located at Heidelberg University in a superposition state between Physikalisches Institut, Kirchhoff-Institute for Physics, and the Institute for Theoretical Physics.

We are funded by the DFG within the Collaborative Research Center ISQOQUANT (SFB1225). Within this network we study entanglement in quantum fields (Project A06) and the dynamics of disordered quantum systems (Project A05) in collaboration with experimental and theoretical groups.

SFB 1225 ISOQUANT

We are funded by the Baden-Württemberg foundation within the competence network Quantum Technologies Baden-Württemberg, where we investigate methods for verifying quantum simulators in collaboration with the group of Alexey Ustinov at KIT.

Baden-Württemberg foundation

We collaborate closely with other experimental and theoretical groups within the Synthetic Quantum Systems (SynQS) collaboration.

SynQS group

Our group is part of the Cluster of Excellence STRUCTURES.

Cluster of Excellence STRUCTURES