Rolex Engineers a Self-Correcting Optical Atomic Clock
Rolex has applied for a patent for a new type of optical atomic clock that incorporates an innovative "mitigation laser" to reduce errors caused by light shifts. This compact two-photon rubidium vapor optical clock is designed to counteract the light shifts that occur during the measurement process, allowing for more accurate timekeeping. The technology aims to create a clock that is not only suitable for Rolex’s service centers but also potentially marketable to the telecommunications and aerospace industries, marking a significant advancement in their technical innovations. The primary inventor of this technology is Fabien Droz, the director of Rolex Quantum SA, which collaborates with the Centre Suisse d’Électronique et de Microtechnique. The optical atomic clock leverages lasers instead of microwaves, which allows for higher accuracy than traditional cesium-based clocks. This development could redefine timekeeping standards in various high-tech applications, showcasing Rolex's commitment to innovation despite perceptions of conservatism in their watch designs.
