[25-07-2018]
Hans Bartling  obtained his BSc degree in Liberal Arts and  Sciences at the University  of Twente. After a year at Imperial College  he started his MSc Applied  Physics in Delft. He has done a small  rotation with Sander Otte and  his thesis with Tim Taminiau on nuclear  spin clusters surrounding NV  centers. For his final rotation he will go  to ETH Zürich. For the next  four years, Hans will join the groups of Tim  Taminiau and Ronald Hanson  at Delft/QuTech, where he will work on  nuclear spin clusters in  diamond and work towards quantum error  detection on small quantum  networks, both experimentally and  theoretically.    
Tjerk Benschop  will join the group of Milan Allan in Leiden.  Tjerk can’t wait to  start his research there: “The aim of my research  will be to  investigate superconductivity in magic angle twisted bilayer  graphene  using scanning tunneling microscopy. In doing so, we plan to  further  establish this system as a new, carbon-based unconventional   superconductor. Furthermore, we hope to be able to draw analogies   regarding superconductivity in this material, and other famous   unconventional superconductors like the cuprates or iron-based   superconductors, in order to gain a better understanding of this   phenomenon, and its relation with strong correlations.”  
 Joris Carmiggelt  received both his Master and Bachelor physics  degree at Leiden  University. During his Bachelor, he studied half a year  at the  Ludwig-Maximilians-Universität in Munich as an Erasmus exchange   student. Afterwards, Joris took various Master courses in theoretical   particle physics at ETH Zurich, which he put into practice during a   summer research project at CERN. Finally Joris decided that he was most   fascinated by condensed matter physics. As part of a collaboration   between the Van der Sar lab in Delft and the Yacoby lab in Harvard,   Joris did a joint MSc graduation project in this field. He worked in   both labs and studied spin waves using NV center magnetometry. This   state-of-the-art technique uses lattice defects in diamond as   atomic-sized magnetic sensors. Joris is very happy to start working in   Delft soon: “I am very much looking forward to starting my Casimir PhD   project in the Van der Sar group at Delft/QN. I will use NV center   magnetometry to study valley physics and nonlinear optical response in   Transition Metal Dichalcogenide (TMD) monolayers. These are   two-dimensional semiconductors, which were only recently discovered. A   lot of exciting physics is associated with these exotic materials due to   the broken inversion symmetry of their crystal lattices. By locally   studying TMD monolayers at the nanoscale, we hope to get a more   fundamental understanding of their band structure and optical   properties.”  
About the Casimir PhD positions
The Casimir PhD   positions are funded through the NWO-Gravitation program ‘NanoFront.’   Casimir PhD positions are awarded to outstanding students of the Casimir   Pre-PhD track. Between 2011 and 2017, the following fifteen alumni of  the  track received a Casimir PhD position:  Tim Baart (now researcher  at Shell), Julia Cramer (now postdoc in science commmunication at Leiden University and communications officer at QuTech), Chris  Smiet (now postdoc at Princeton), Jelmer Wagenaar (now manager Academy in Project Controls at Primaned), Misha Klein, Tom  van der Reep, Henk  Snijders, Marios Kounalakis, Guoji Zheng, Joeri de  Bruijckere, Michiel Bakker (Michiel decided to accept a PhD  position at MIT instead), Eduardo Pavinato Olimpio (due to personal circumstances, Eduardo did not finish his PhD project), Remko Fermin, Jingkun Guo, and Tobias de Jong. The Casimir Pre-PhD track focuses on preparing MSc  students  for a PhD position, either at Leiden, Delft or elsewhere. You  can read more about the Casimir Pre-PhD track here.