In the list below you will find the names of the PhD students that obtained a Casimir PhD position, the title of their project or thesis, and their current job and employer. By clicking on the name of the thesis/project you go to the TU Delft or Leiden University website where you can download information on the content.     

• Tim Baart, 'CCD operation and long-range coupling of spins in quantum dot arrays', Project Leader at Shell
  
• Julia Cramer, 'Quantum error correction with spins in diamond', Postdoc Science and Communication at Leiden University
  
• Chris Smiet, 'Knots in plasma', Postdoc at Princeton Plasma Physics Laboratory
  
• Jelmer Wagenaar, 'Magnetic resonance force microscopy for condensed matter', Lecturer Physics at Stedelijk Gymnasium and Leiden University
  
• Misha Klein, 'Right place, Right Time: Modeling the search time and specificity of Cas9 and Argonaute', postdoc and data modeling expert at TU Delft
• Tom van der Reep, 'Smoothly breaking unitarity - Studying spontaneous collapse using two entangled, tuneable, coherent amplifiers', PhD student at Leiden University
  
• Henk Snijders, 'Quantum dot microcavity control of photon statistics', Quantum System Engineer at Quix
  
• Evert Merkx, ‘Development and understanding of Tm2+-based luminescent solar concentrators’, Research & Development Engineer at Physee
• Joeri de Bruijckere, 'Correlated Spin Phenomena in Molecular Quantum Transport Devices', PhD student at Delft University of Technology
• Guoji Zheng, 'Circuit Quantum Electrodynamics with Single Electron Spins in Silicon', Quantum Computing Research Scientist at Intel
• Marios Kounalakis, 'Nonlinear couplings for quantum control of superconducting qubits and electrical/mechanical resonators', postdoc Delft University of Technology
• Tobias de Jong, 'Manipulating Charge Density Waves', PhD student at Leiden University
• Remko Fermin, 'Mesoscopic superconductors with broken symmetries', PhD student at Leiden University
• Jingkun Guo, 'A hybrid optomechanics - superconducting qubit system', PhD student at Delft University of Technology
• Tjerk Benschop, "Visualizing Strongly Correlated Electronic States in Bilayer Graphene with a Scanning Tunneling Microscope", PhD student at Leiden University
• Joris Carmiggelt, "Exploring magnetic valleytronics and Berry curvature-enhanced nonlinear response by locally probing TMD monolayers using NV center magnetometry", PhD student at Delft University of Technology
• Hans Bartling, "Quantum error detection in a multi-node quantum network", PhD student at Delft University of Technology
• Damian Bouwmeester, “Spiral spin chains in atomically precise graphene nanoribbons. A path towards topological superconductivity”, PhD student at Delft University of Technology
• Stefano Polla, “Non unitary algorithms for near-term devices”, PhD student at Leiden University
• Nemo Andrea, "Studying microtubule dynamics by graphene liquid cell electron microscopy", PhD student at Delft University of Technology
• Álvaro Gómez Iñesta, "Complex Phenomena and Data Transmission in the Quantum Internet", PhD student at Delft University of Technology
• Isidora Araya Day, “Polarization theory of non-crystalline materials”, PhD student at Delft University of Technology
• Amber Mozes, “Exploring the limits of unconventional superconductivity with a novel complex impedance scanning tunneling microscope”, PhD student at Leiden University
• Lucas Stehouwer, “Metamorphic silicon-germanium for dislocation-free spin-qubit tiles”,  PhD student at Delft University of Technology 
• Andreea Stan, “SynERgy: Synthetic Evolution of a Self-Replicating DNA System”,  PhD student at Delft University of Technology
• Robin Dekker, “Reconfurable topological networks of microwave qubits and photons”,  PhD student at Delft University of Technology