PhD Theses

1. Optically addressable spins in silicon carbide and related 2D materials:
the role of symmetry and spin-orbit coupling

PhD thesis of Carmem M. Gilardoni (defended 3 Dec. 2021, Cum Laude [highest distinction])

2. Spin-active color centers in SiC for telecom-compatible quantum technologies

PhD thesis of Tom Bosma (defended 19 Feb. 2021)

3. Connecting chirality and spin in electronic devices

PhD thesis of Xu Yang (defended 18 Sept. 2020)

4. Optical preparation and detection of spin coherence in molecules and crystal defects

PhD thesis of Gerjan [G.J.J.] Lof (defended 10 Jan. 2020)

5. Electromagnetically induced transparency with localized impurity electron spins in a semiconductor

PhD thesis of Alok (U.) Chaubal (defended 16 Feb. 2018)

6. Two-laser spectroscopy and coherent manipulation of color-center spin ensembles in silicon carbide

PhD thesis of Olger V. Zwier (defended 23 Sept. 2016)

7. Optically addressing semiconductor electron-spin ensembles with tunable nuclear-spin environments

PhD thesis of Jakko P. de Jong (defended 16 Sept. 2016)

8. Optical control of mesoscopic spin ensembles in gallium arsenide

PhD thesis of A. R. (Sander) Onur (defended 23 October 2015)

9. Electron many-body effects in quantum point contacts

PhD thesis of M. J. (Javaid) Iqbal (defended 13 July 2012)

10. Coherent control of electron spin dynamics in nano-engineered semiconductor structures

PhD thesis of Sergii Z. Denega (defended 3 Oct. 2011)

11. Quantum optical control of donor-bound electron spins in GaAs

PhD thesis of Maksym Sladkov (defended 11 Feb. 2011)

12. Electron spin transport in quantum dots and point contacts

PhD thesis of Erik J. Koop (defended 12 Sept. 2008)

Bonus: Quantum Superpositions of Persistent Josephson Currents

Ph.D. thesis of Caspar van der Wal (defended at Delft University of Technology on 24 Sept. 2001)