Team - Angewandte Quantentheorie

Group Leader

Prof. Dr. Peter RABL

Room 3337
Phone: +49-89-289-14205
E-Mail: peter.rabl(at)tum.de

CV, Google Scholar

Administration

Sabine SCHWEISTHAL

Room 3011
Phone: +49 89 289 53610
E-Mail: sabine.schweisthal(at)tum.de

Postdocs

Louis GARBE

Room PH-1162
E-Mail: louis.garbe(at)wmi.badw.de
Google Scholar

Currently, I am studying particle transport in chains of bosons, in particular collective behaviors emerging from the Bose statistics. My thesis work focused on the use of critical systems for sensing applications.

Jacquelin LUNEAU

Postdoc, PH-1162

Xin ZHANG

Room PH-1162
E-Mail: Xin.Zhang(at)wmi.badw.de
Google Scholar

I am generally interested in quantum many-body physics and open quantum systems. Currently, my research is mainly focused on waveguide QED and discrete truncated Wigner approximation.

PhD Students

Joan AGUSTI

Room WMI-119
E-Mail: joan.agusti@wmi.badw
Google Scholar

I am interested in the robust generation of entanglement on a network of qubits. For that task, I study how the interaction of continuous-variable states entangled such as two-mode squeezed states and qubit systems allows the creation of rich entanglement structure on the qubits.

Aliya BATOOL

Room WMI-119
E-Mail: Syeda.batool(at)wmi.badw.de
Google Scholar

I am working on robust quantum communication protocols, in order to establish a foundation for secure and efficient quantum information transfer across extended distances.

Adrian MISSELWITZ

PH-1162

Lukas SCHAMRISS

PH-1162
Email: lukas.schamriss(at)wmi.badw.de

Lucia VALOR, Msc.

Room WMI 119
E-Mail: lucia.valor(at)wmi.badw.de
Google Scholar

Currently working on simulating lattice gauge theories on small scale superconducting quantum devices. I also have prior experience in quantum approximate optimization, Rydberg blockade in cold atoms, and quantum gravity.

Przemyslaw ZIELINSKI

Room WMI-119
E-Mail: Przemyslaw.Zielinski(at)wmi.badw.de

I am currently focused on ultrastrong coupling state transfer, with a primary interest in employing numerical techniques, specifically optimal control methods, to optimize quantum communication protocols.