Addressing quantum optomechanics and quantum sensors, this session examines interactions between light and mechanical systems at the quantum level, and applications in precision measurements and quantum sensing technologies. Discussions will cover optomechanical devices, cavity optomechanics, and quantum-enhanced sensors for detecting gravitational waves and magnetic fields. Quantum optomechanics explores the interface between quantum mechanics and macroscopic mechanical systems, offering new insights into quantum control and measurement techniques. By discussing quantum optomechanics research and sensor developments, this session aims to advance quantum technology applications, enhance sensitivity in measurement devices, and explore quantum-enabled solutions for scientific and industrial sensing challenges.