Heidelberg, Baden-Württemberg, Germany
Enthusiastic experimental physicist with a strong background in quantum physics and quantum optics. During my PhD I have realised an ultracold Fermi-Bose mixture consisting of a degenerate Fermi gas interacting with heavy impurities and developed an experimental spectroscopic protocol for the detection of emergent quasi-particles. I’m profoundly passionate about fundamental physics research, especially in tackling deep physics questions using the toolbox of AMO physics. I'm also inspired by the potential of quantum technologies in industry applications within dynamic, innovation-driven environments. While I’ve learned to develop projects and ideas independently, I’ve also gained a strong ability to organize and coordinate teamwork, and I enjoy working within international teams.
ultracold quantum gases | Fermi-Bose mixtures | impurity physics PhD Dissertation "Cs-133 atoms in a Li-6 Fermi sea for exploring polaron physics in the heavy impurity limit"
tutor for the Advanced Lab Course of Basic Optics (WS19/20) and of Magneto Optical Trap (from SS20 to SS22)
https://indico.physi.uni-heidelberg.de/event/504/
https://www.isoquant-heidelberg.de/
in collaboration with Kalamari Klub: https://www.kalamariklub.org/sciart-residency-2021-philip-kanwischer/
degenerate Fermi gases | 2D physics | optical lattice Master's thesis "Realization of a large-spacing optical lattice for trapping fermionic lithium gases in two dimensions"