About Us
Our group focuses on the development of advanced optoelectronic and photonic semiconductor devices for applications in optical communication, sensing, and imaging.
The core of our research lies in the systematic exploitation of quantum effects within micro- and nanostructures, with the goal of creating novel devices with superior performance characteristics and transitioning these quantum-based components from the laboratory to practical application.
Teaching
Research
The development of modern optoelectronic devices relies on the tight interplay of multiple research disciplines, including the design and epitaxial growth of semiconductor materials, micro‑ and nanofabrication, advanced device simulation and comprehensive optical and electrical characterization.
Within the SOD group, our current research focuses on semiconductor spectroscopy and optical device analysis. We explore emerging materials and heterostructures, conceive and implement innovative device architectures, and develop advanced simulation, characterization and imaging techniques aimed at improving both the fundamental understanding and technological capabilities of optoelectronic systems.
Current research topics of our group include:
Ultrafast spin and polarization dynamics in semiconductor lasers
Electrical spin injection in spin LEDs and spin lasers
Anisotropic and coupled microcavity lasers
High-resolution and spectroscopic microscopy systems
Quantitative phase imaging and holography