The rapid advancement of technology has elevated the realization of high sensitivity sensing and high-precision measurement to an extremely important position. Various quantum systems have achieved unprecedented sensitivity in sensing specific physical quantities. By exploiting quantum resources, such as squeezing and entanglement, we are able to surpass the classical quantum limit and achieve Heisenberg limit. Moreover, quantum measurements enable extraction of more metrological information and accomplish sensing tasks that are impossible for classical measurements.
Topics of interest for this session may include, but are not limited to theoretical and experimental research work on:
1. Quantum-enhanced metrology
2. Quantum imaging and super-resolution measurement
3. Quantum lidar and illumination