Laufende Ph.D., Bachelor und Master Thesen

in Kooperation mit JCNS-2

2019

1. Ding, Qi
   Simulation of transport processes for accelerator-driven neutron sources
   Ph.D. Thesis, since November 2019

2. Schwab, Alexander
   Entwicklung und Bau eines Kryostaten für einen kompakten kryogenen Neutronenmoderator zum Betrieb bei Temperaturen unterhalb von 10 K
   Ph.D. Thesis, since November 2019

3. He, Suqin
   Topotactic phase transitions for neuromorphic behavior
   Ph.D. Thesis, since November 2019

   
   
   2020

4. Hakala, Branislav
   High-pressure, high-temperature studies on low-valent vanadium oxides
   Ph.D. Thesis, since January 2020

5. Shahed, Hend
   Elucidation of caloric effects in spin-crossover compounds
   Ph.D. Thesis, since October 2020
   
   
   2021

6. Ophoven, Niklas
   Measurement of prompt gamma-rays induced by inelastic scattering of fission neutrons with the FANGAS Instrument
   Ph.D. Thesis, since January 2021

7. Nasser, Amal
   Superparamagnetic iron oxide nanoparticles for theranostics
   Ph.D. Thesis, since February 2021
   
   2022

8. de Oliveira Lima, Vitor Alexandre
   Proximity effects in superconductor/ferromagnet thin film heterostructures with in-plane texture
   Ph.D. Thesis, since January 2022

9. Schmidt, Norberto
   Time-of-flight cold and thermal neutron imaging for the High Brilliance Neutron Source
   Ph.D. Thesis,  since March 2022

10. Yin, Chenyang
    Tuning the physical properties of transition metal complex oxides via oxygen off-stoichometry
    Ph.D. Thesis,  since August 2022

11. Xu, Yifan
    All Oxide Switching with Magnetite: tuning ionic diffusion and phase transitions at the heterostructure interface
    Ph.D. Thesis, since September 2022