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The Van der Zant Lab at Delft University of Technology focuses on understanding quantum phenomena at the nanometer scale and their application in functional device components such as those that operate at room temperature. The lab explores the interactions between spins, electrons, photons, and phonons and how these interactions can optimize device architectures. This research is conducted through developing novel device platforms, fabricating devices in the Kavli cleanroom, and analyzing their properties. The team adopts an explorative approach, bridging disciplines to lead to unexpected discoveries. Current topics of research encompass various studies including single-molecule transport, spin-injection in chiral molecules, and other groundbreaking endeavors in the field of quantum nanoscience, all driven by curiosity and the pursuit of knowledge. The lab welcomes talented and passionate master's students and PhD candidates to further enhance its research capabilities.
Delft University of Technology • Delft, Netherlands
Conducted research on quantum phenomena and developed new device architectures.
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