Multimodal spectroscopy and imaging combines different optical techniques to extract complementary information about complex materials, processes, and environments. By integrating several spectroscopic and imaging methods into one system, researchers can achieve a more complete and precise understanding of physical, chemical, or biological properties — from the microscopic to the industrial scale.
At innoFSPEC Potsdam, we develop fiber-based and integrated photonic technologies that enable advanced multimodal sensing and analysis. These approaches are applied across diverse fields — from astrophysics to biotechnology and process engineering — connecting fundamental research with real-world applications.
Our research focuses on:
- Development of novel photonic tools for spectroscopy and sensing.
- Integration of multiple optical methods (e.g., Raman, fluorescence, and Photon Density Wave spectroscopy) for richer data acquisition.
- Optimization for harsh or large-scale industrial environments, including dispersions and complex liquids.
- Technology transfer — bringing innovations from laboratory research to industrial and medical applications.
Together, these efforts push the boundaries of how light-based technologies can observe, measure, and understand complex systems — driving innovation across science and industry.