Fraunhofer Institute for Physical Measurement Techniques IPM
Wavelengths customized for measuring and quantum technologies
Lasers are an indispensable tool in measurement technology and many other fields. However, wavelengths are often needed that are not available »off-the-shelf«. We use methods based on nonlinear optical frequency conversion to generate such wavelengths tailored for various applications. In this context, we focus on the conversion of single-frequency continuous-wave laser light, which places particularly high demands on the conversion efficiency and frequency stability.
Our services range from customer-specific nonlinear optical crystals for frequency conversion to the developmet of production-ready prototypes of optical parametric oscillators for OEM laser manufacturers.
Light sources developed at Fraunhofer IPM are used in various applications, including quantum technologies, nanophotonics, (digital) holography, Raman spectroscopy and fluorescence microscopy.
Examples of our solutions
Frequency converters
- Optical parametric oscillators (continuous wave operation) from UV to MIR
- Frequency doubling: over 50 percent conversion efficiency
- MIR-NIR conversion for fast and efficient infrared measurement technology
- Light sources based on spontaneous parametric downconversion (SPDC) for quantum sensing
- Production-ready prototypes and customized solutions
Components
- »Maskless poling« of materials for frequency conversion
- Mask-based poling of nonlinear optical materials
- Waveguides in nonlinear optical materials
We also offer
- Measuring stations for the absorption characterization of optical components
- Systems for maskless poling of nonlinear-optical crystals
- Development of optics, mechanics and electronics
- Simulations and feasibility studies for frequency conversion