Is interested in fundamental electrical properties of engineered nanoscaled devices. Operating in the quantum regime. We probe these devices by electrical transport measurements. Our devices are based on novel materials with reduced dimensions.

Nuclear, Particle and Astrophysics Seminar. Leaflets, Regulations and Forms. Safety at Work and Health Protection. Medical Aid and First Aid. High-speed quantum memory for photons.

Welcome to the homepage of the Condensed Matter Theory and Quantum Computing Group of the University of Basel. Our group resides in the Department of Physics. Klingelbergstrasse 82, 4056 Basel, Switzerland. Page for a detailed description on our location and how to get here. For more information on the department, the university, and the city of Basel, please visit the links. In August 2015, the International School and Conference SpinTech 8.

Welcome to the web page of the Quantum Coherence Lab. At the Department of Physics. Focuses on quantum transport experiments investigating quantum coherence, electron spins and nuclear spins and interactions in semiconductor and graphene nanostructures. Spin qubits in coupled, laterally gated GaAs quantum dots. Microkelvin temperatures in nanoscale sample. Novel quantum states of matter, such as electron or nuclear spin helices, topological states and Majorana fermions.

Welcome to the Website of SpinTech VIII. Located in the Northwest of Switzerland on the river Rhein, Basel. Is among the most important cultural and economic centers of Switzerland, being home to two of the largest pharmaceutical companies in the world. The city comprises many famous museums and art exhibitions and is known for the best Swiss soccer team.

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.