My research interest is mainly directed towards electronic excitations in semiconductor quantum structures, such as quantum dots or wires, and their optical properties probed by photoluminescence-spectroscopy based techniques. Modelling, including k·p theory, configuration interactions and finite-difference-time-domain simulations, complements the experimental investigations. A particular focus is devoted to the optical polarization and its relation to the electronic structure.
A better understanding of the optical properties of quantum structures is vital for developing brighter and more energy efficient light sources. Moreover, a single quantum dot acts as non-classical light source, emitting single or correlated photons, of interest for future cryptography and computing applications.
Main Areas of Expertise
- Semiconductor Physics and the Physics of Low-Dimensional Semiconductors
- Photoluminescence Spectroscopy (μPL, μPLE, magneto-PL, etc)
- Time-Correlated Single Photon Spectroscopy
- Modelling: k·p theory, few body configuration interaction theory and FDTD simulations
- 2010: Docent (Assoc. Prof.) in Semiconductor Materials (IFM at Linköping University)
- 2004: PhD in Materials Science (IFM at Linköping University)
- 1999: MSc in Applied Physics and Electrical Engineering – Physical Electronics (Linköping University)