@article{Ovesen_2019, title={Fabrication and measurement of hybrid quantum dot devices featuring Yu-Shiba-Rusinov sub-gap states}, volume={2}, url={https://tidsskrift.dk/nanovidenskabKU/article/view/111783}, abstractNote={<p>The aim of this bachelor project is to fabricate and study hybrid quantum dot (QD) devices featuring Yu-Shiba-Rusinov (YSR) sub-gap<br>states, made on special InAs nanowires with 7 nm epitaxial aluminum coating on 3 facets. The advantage with these nanowires is the<br>epitaxial aluminum, which can be etched away in a small window of semiconducting nanowire for creating QDs. These dots can be used for<br>measuring the sub-gap states in superconducting materials due to the high degree of tunability. A device with a single QD featuring<br>YSR sub-gap states was fabricated and analyzed, and a double QD system was afterwards made from the device using superconducting<br>leads in the normal state, but not yet featuring YSR sub-gap states. The device does show the possibility for making an superconductordouble<br>dot-superconductor device featuring YSR sub-gap states.</p>}, journal={UCPH NanoScience - a student research journal}, author={Ovesen, Jacob}, year={2019}, month={Jan.} }