Quantum Sensing & Communications

This research area focuses on the development and application of quantum technologies for sensing, metrology, control, and secure communications. It covers high-fidelity quantum control and information processing in trapped-ion platforms, combining laser- and microwave-based approaches with advanced modeling and data analysis tools. It also includes the development of quantum sensing and metrology platforms based on solid-state, atomic, photonic, and optomechanical systems, including the use of highly entangled states for quantum metrology under realistic, noisy conditions, enabling high-precision measurements under realistic conditions, with a strong emphasis on practical applications and technology transfer. In addition, the area addresses quantum communications, with particular focus on the integration of quantum key distribution in existing telecommunication infrastructures and the development of scalable, reliable, and quantum-safe networks, as well as high precision time and frequency distribution.