Lasers for Quantum and Atomic Applications
Quantum technologies rely on precise control of atomic transitions.
IPS lasers provide the wavelength stability, linewidth performance, and integration-ready designs required for cooling, trapping, and precision measurement, enabling a wide range of quantum and atomic systems.
Supporting Quantum Systems Through Atomic Transitions
Atomic transitions are the foundation of modern quantum technologies. IPS designs and manufactures laser solutions matched to key atomic transition wavelengths used in research, OEM, and commercial quantum systems. IPS supports common transitions, such as 780 nm (Rb) and 852 nm (Cs), as well as custom and emerging wavelengths for next‑generation systems.
Our offerings include narrow-linewidth diode lasers, frequency-stabilized lasers, and OEM-integrated modules, engineered for stability, repeatability, and system-level integration across laboratory and deployed environments.
Introducing Syngera Series of High-Power Lasers
The Syngera Fiber Laser from IPS is a high-power, single-frequency fiber laser system that delivers up to 300 mW at 780.2 nm, ideal for atomic cooling and precision measurement applications. With an ultra-narrow spectral linewidth of about 100 kHz, it suits demanding applications such as Raman Spectroscopy, atomic clocks, and Quantum Computing. Featuring a Master Oscillator Power Fiber Amplifier (MOPFA) design, the SyngeraHP combines a wavelength-stabilized seed laser with advanced fiber amplification for clean, stable emissions in a compact package. Ask about our rack-ready architecture for seamless lab and system integration.
Stable Platform. Proven Performance.
- Recent independent testing demonstrated sub-kHz linewidth performance, a significant improvement over earlier measurements, and reinforcing the importance of system-level optimization in quantum and atomic applications. Additional characterization across multiple wavelengths is ongoing.
- IPS provides a stable laser platform designed to support a wide range of atomic and quantum applications, with wavelength configurations aligned to key transition requirements.
- Flexibility is focused where it matters most. IPS offers configurable wavelength options within proven designs, allowing you to match established transitions or explore new application needs with confidence.
- Discuss your wavelength requirements with IPS to identify available configurations and evaluate what is possible for your system.
Start the Conversation.
Whether you are developing a new quantum system or scaling an existing platform,
IPS can help identify the right configuration for your application.
Contact us to discuss available configurations and next steps for your quantum or atomic application.
Tell us more about your quantum or atomic application needs.