We offer Doctoral, Master, and Bachelor thesis projects. If you are interested in becoming a member of our research group, please contact us.

Completed theses

The following theses have been completed in our group since 2019.

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

Master theses

  • 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
  • Neutral Pion Photoproduction off light Nuclei
    Leon Kerber, 2020
  • Structure of He-6 and nn interaction
    Matthias Göbel, 2019

Bachelor theses

  • Energieverschiebung durch endliches Volumen mit periodischen Randbedingungen
    Gil Marques Schauß, 2024
  • Two Particles in two-dimensional Harmonic Trap
    Jonathan Rimek, 2022
  • Attractive impurity in one-dimensional Bose gas
    Timothy Backert, 2021
  • Entanglement Entropy and Discrete Scale Invariance
    Santiago Cardona, 2021
  • Grenzzyklen für das 1/r^2-Potential
    Tanja Kirchner, 2020
  • Numerische Berechnung von Pfadintegralen in der Quantenmechanik
    Tom Neumann, 2020
  • Universality of Bound States in 1D with Coulomb Interaction
    Wiebke Retagne, 2020
  • Korrelation in Wenig-Teilchen Bindungszuständen
    Adrian Klute, 2020
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