Associate Professor (Docent, Lektor)
Office: Q211; Phone: +46 (0)46 222 7740
E-mail: claes.thelander [at] ftf.lth.se
The research in my group is primarily focused on studying transport in semiconductor nanowires of different narrow bandgap materials such as InAs, InSb, GaSb, InP and their alloys. Here we explore the electronic structure of novel crystal phases, and how these phases can be used in device structures and for transport physics.
One particular focus is quantum dots (artificial atoms) and coupled quantum dots (artificial molecules). We have developed a new method to create tunable coupled quantum dots with extremely strong confinement, which are ideal for exploring electron interactions and spin physics.
Ongoing work involves exploring Kondo physics of coupled dots, quantum ring formation and orbital enhanced g-factors, coupling to ferromagnetic and superconducting contacts
Click here to see a recorded presentation (22 min) from EMRS Fall meeting 2021 on the topic of "Quantum rings in polytypic nanowires".
Course responsible and lecturer: Processing and Device Technology (Process- och komponentteknologi) FFFF10/FYSD13. The course is given in the beginning of the fall (LP1, 7.5 HP).
Information regarding publications:
To find a complete list of published journal papers that I have authored or co-authored please visit my web of science (Publons/ResearcherID) page or ORCID page: (Publication metrics from Web of Science, 2022: 111 publ., h-index 39, average 64 citations/publ.)
See Claes's personal NanoLund web page for more details and publication list
Software resources for nanowire contacting and electrical measurements