NV Centres in Diamond

We are developing quantum sensors using electrical micro-structures on diamond crystals containing nitrogen-vacancy (NV) centres. These spin sensors will enable the measurement of magnetic fields with extremely high resolution and acquisition speed. See our recent publications on electrical detection, and the project website of our European consortium "Q_Magine".

Superconducting Mechanical Oscillators

We are developing inertial sensors based on microscopic, superconducting devices. These sensors benefit from noise- and dissipation-free supercurrents, and are read out with one the most sensitive devices ever developed: the Superconducting Quantum Interference Device (SQUID). For more information, see the website of our European project, "MaQSens".