Through all Quanta System's scientific lasers, by means of spectroscopic techniques, non linear optics and light-matter interactions, it is possible to discover new phenomena and matter properties.
The typology of laser sources supplied by Quanta is wide. Quanta System offers many solutions ranging from free running to picosecond time regimes, ranging from infrared to far-ultraviolet wavelengths regions.
In addition, using Quanta System's lasers, typical Raman scattering measurements can be carried out, through vibration spectroscopic techniques.
Absorption/transmission time resolved spectroscopy and non linear optics effects can be easily investigated using Quanta System's lasers.
Research on molecular laser spectroscopy can be performed covering different fundamental branches of Physics and Chemistry.
Ground state and electronically excited state properties of molecules are investigated in versatile a way.
Users can also discover the ultrafast dynamics of photo-excited carriers and excitons in semiconductors bulks and semiconductor nanostructures.
Light sources in all the available spectral regions have been developed by Quanta System to perform coherent laser spectroscopy, covering research activities in the field of nuclear physics and all the related applied topics, besides dynamical processes in molecular condensed systems, investigated via time resolved ultra fast spectroscopic techniques.
Main markets:
- Non linear optics
- Spectroscopy
- Non linear spectroscopy
- Light-matter interaction
- Raman scattering
- Nuclear physics
Specifications are subject to change without notice.