Welcome to the Hybrid Quantum Systems Group
Preprint on the coupling of a single GeV- defect in a nanodiamond to a Fabry-Perot microcavity published on arXiv.
We published the preprint of an article showing the coupling of a single GeV- vacancy to a Fabry-Perot microcavity on arXiv.
Paper on the optimization of the creation of GeV- quantum emitters in diamond published.
We published an article discussing the optimization of the creation of single, negatively charged Gemanium vacancies (GeV-) in single crystalline…
Preprint on indistinguishable Photons from defects in Nanodiamonds published.
We used negatively charged silicon vacancies to generate indistinguishable photons and published the preprint on arXiv.
Study discussing the electron-phonon interation of defects in hBN published.
Our article on the theoretical study of the electron-phonon coupling of defects in hexagonal boron nitride (hBN) with different transition dipole…
PhD defense of Michael Höse
Michael Höse successfully defended his PhD project. We congratulate you on your achievement, Dr. Michael Höse.
Preprint on a hybrid, fiber-coupled, single-photon device published on arXiv.
We published our preprint on a hybrid quantum emitter device based on single-photon emitters coupled via a nano-antenna to a fiber.
We are happy to welcome Jana as a new PhD candidate in our group.
Book chapter on hybrid quantum nanophotonics published.
We published a chapter discussing the integration of color centers in nanodiamonds in Silicon Nitride-based photonics in the book "Progress in…
Preprint on a Quantum Repeater Platform based on Silicon Vacancies in Diamond published on arXiv
We published our preprint on a quantum repeater platform based on Silicon vacancies in Diamond (SiV-). With an open cavity we show all-optical spin…
Welcome Alexander, David and Florian.
We welcome Alexander, David and Florian for their bachelor thesis in our group.