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Completed theses

Inter alia the following theses have been completed in this group.

PhD theses

Structure and breakup reactions of neutron halo nuclei
Matthias Göbel, 2023
Continuum structure of few-body systems
Sebastian Dietz, 2022
Range Corrections in Pionless Three-Particle Systems
Martin Ebert, 2022
Electroweak properties of halo nuclei in Effective Field Theory
Wael Elkamhawy, 2021
Structure of three-body hypernuclei
Fabian Hildenbrand, 2020
Universality in systems up to four particles -- From nuclei to ultracold atoms
Christiane Schmickler, 2019
Effective Field Theories for low-energy reactions
Marcel Schmidt, 2019
Effective Field Theories and electromagnetic properties of light nuclei
Jonas Braun, 2019
Effective Field Theory approaches for tensor potentials
Maximilian Jansen, 2016
Limit cycles in quantum systems
Patrick Niemann, 2015

Effective Theory for the Gaudin-Yang model
Timothy Backert, 2023
Two-neutron halo nuclei without neutron-core interaction
Daniel Kromm, 2023
Entanglement in few-particle scattering events
Tanja Kirchner, 2022
Fermions in one-dimensional traps
David Huber, 2021
Impurity system with in-medium similarity renormalization group
Fabian Brauneis, 2020
Structure of He-6 and nn interaction
Matthias Göbel, 2019
Resonances in few-body systems
Sebastian Dietz, 2018

Two Particles in two-dimensional Harmonic Trap
Jonathan Rimek, 2022
Attractive impurity in one-dimensional Bose gas
Timothy Backert, 2021
Grenzzyklen für das 1/r^2-Potential
Tanja Kirchner, 2020
Induced interaction between impurities in one-dimensional Fermi gases
David Huber, 2018
Universelle Funktion für Efimov-Trimere
Matthias Göbel, 2016
Two particles in a time-dependent harmonic trap
Martin Ebert, 2015