Mid Infrared Photonics – Germanium on Silicon structures for spectroscopic sensing
This project is the latest addition in a programme of work to develop miniature mid-infrared (MIR) gas sensors using novel...
This project is the latest addition in a programme of work to develop miniature mid-infrared (MIR) gas sensors using novel...
Using hollow waveguide hybrid optical integration, the group develops miniaturized mid-infrared laser absorption spectrometers for isotopologue ratio analysis. One of...
The Spectroscopy Group is part of the H2020 GECO consortium led by Reykjavik Energy. For the GECO project, the group...
Volcanic degassing is the main pathway of carbon release from the Earth’s interior to the atmosphere. In order to constrain...
From an initial breadboard concept development intended for planetary landers, the group has developed some novel concept for laser isotope...
The group develop a new technology based on widely tunable cavity enhanced sensors, for gas and liquid phase analysis. When...
Quantum cascade laser sensing techniques based on cavity enhanced techniques (OF-CEAS, CEAS, CRDS) as well as multipass asorption cells have...
Terahertz quantum cascade lasers are not yet as mature as their mid infrared counterparts. However, terahertz quantum cascade lasers are...