Fiber lasers have come a long way since their inception, and have been used in various types of sensing technologies. They are a light source with scalable output powers, wavelengths, and stability, all of which are parameters imperative to quantum sensing technologies. For example, quantum sensors take information from atoms and particles, which helps us to explore quantum phenomena, such as entanglement, superposition, and Rydberg states.

Our Single-frequency lasers are well-suited to sensing applications as they possess high output power, narrow linewidth, excellent beam quality, long coherence length, and low-noise and intensity, all available in a water-cooled or air-cooled 2RU enclosure. The precision and stability of our Single-Frequency lasers make them highly effective for sensing applications, where accuracy and sensitivity are paramount.