For example, in particle physics experiments, atomic clocks help synchronize detectors and data acquisition systems to accurately measure particle interactions. In radio astronomy, they provide the precise timing needed to coordinate observations across multiple telescopes, enabling the imaging of distant celestial objects. In geodesy and geophysics, atomic clocks support precise measurements of Earth's rotation and gravitational field variations. The availability of atomic clocks in research laboratories drives scientific progress by enabling breakthrough experiments and measurements that push the boundaries of human knowledge.