We aim to understand and exploit interesting characteristics of semiconductor nano-structures, such as quantum dots, nanomembranes and emerging 2D materials. The goal is to control the optical responses, down to the level of single photons, in these materials. This will help us to develop novel nano-/quantum photonics devices, which will be used in key-enabling elements for the quantum information industry.
M.Sc, PhD students and Postdocs, with a career goal in either academic research or industrial R&D, are always highly welcome.
We aim to understand and exploit interesting characteristics of semiconductor nano-structures, such as quantum dots, nanomembranes and emerging 2D materials. The goal is to control the optical responses, down to the level of single photons, in these materials. This will help us to develop novel nano-/quantum photonics devices, which will be used in key-enabling elements for the quantum information industry.
M.Sc, PhD students and Postdocs, with a career goal in either academic research or industrial R&D, are always highly welcome.
