I am offering projects in theoretical condensed matter. Keywords include: skyrmions and other topological spin textures, spin-orbit torques, thermal and electric transport in topological materials, and antiferromagnetic spintronics.
I am a theoretical physicist working on quantum computing in silicon and also on applying concepts from quantum information theory to topics in dark matter and in neutrinoflavor evolution.
My group develops computational techniques and tools to investigate quantum phenomena in the solid-state, with applications in quantum computing, quantum electronics and materials. The methods are used to understand novel experiments and to engineer realistic quantum systems.
Sven Rogge's group works on quantum computation in silicon and the investigation of artificial quantum matter that exhibit highly correlated behaviour.
In the Photonics and Optoelectronics Lab, we run a diverse range of experiments based on the development and application of advanced laser spectroscopy and microscopy techniques.
Researchers within the QED group are investigating the electrical and optical properties of nanometer scale semiconductor devices, for future low power and quantum information applications.
Projects in the ARC Centre of Excellence in Exciton Science will investigate excitonic materials and devices via a range of techniques, including optical and spin based spectroscopy, electrical, and optical measurem
