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.

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

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.

Philippe GIGON

room: WMI - M1.02
E-Mail: Philippe.Gigon(at)wmi.badw.de

Adrian MISSELWITZ

room: PH-1162
email: Adrian.Misselwitz(at)wmi.badw.de

I am interested in low-dimensional light-matter interaction. My current work focuses on numerical studies of waveguide QED systems with effective photon-photon interactions.

Franz PÖSCHL

room: WMI-119
email: franz.poeschl(at)wmi.badw.de

Lukas SCHAMRISS

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

Keshav VENKATARAMAN

Room: WMI-119
E-Mail: Keshav.Venkataraman(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 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.