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Solid-state emitters of high fidelity single photons; an optically addressable, solid-state spin qubit. Development of a cryogenic tunable micro-cavity; applications in quantum science and technology. Superconductors for single photon detection; two-dimensional semiconductors for photonics. Our paper Fabrication of mirror templates in silica with micron-sized radii of curvature. Paper published on quantum dot hole spin. Spectroscopically with an ultrahigh resolution techniqu.
Welcome to the Quantum Optics Theory Group. Where we have demonstrated a tunable source of single photons from a cold atomic ensemble, with a tunability of the photon duration across more than 3 orders of magnitude up to 10 microseconds. This work has been featured in Opli. And also in the Department website. So far, quantum mechanics has been able to predict the behaviour of microscopic systems with unprecedented accuracy. Intensive efforts are devoted to the study of qu.
A selection of science and research podcasts at the University of Basel. These podcasts represent one of a variety of opportunities to learn about science and research at the University of Basel, and about the people who make it happen. Our goal is to reach out to science lovers throughout the world who enjoy discovering what scientists are up to, in particular here at the University of Basel. We welcome you to subscribe to our programs, or to download or stream the interviews on the podcasts page.