- Time-resolved angle-resolved photoelectron spectroscopy
- Time and spatially resolved photoluminescence
- THz time-domain spectroscopy
- State of the art fabrication of engineered nonlinear optical materials
- Ultrafast electron microscopy
- Custom in-house optical fibre fabrication process
- 3D laser printing of glass structures
KTH Laser Lab research facility offers support for researchers in academia and industry across multiple disciplines which employ laser light-matter interaction for material characterisation, modification and fabrication processes.
The capabilities of the facility include wide range of time-resolved spectroscopy techniques with femtosecond resolution, custom optical fibre fabrication and glass 3D printing using lasers, subtractive and additive manufacturing for wide range of materials, custom laser design and prototyping according to the needs of applications.
The applications range from optoelectronic systems in future Wi-Fi systems, biophotonics, medical diagnostics, environmental monitoring and others. Collaboration with other KTH research facilities and centres expand further capabilities of the KTH Laser Lab into design and testing of optomechanical systems for challenging environments in airborne and space-based applications.
KTH Laser Lab maintains close contacts and coordination with other laser facilities in Sweden and has extensive international collaboration network within EU and elsewhere.