New editorial editorial in Wiley's Physics Best April 2020. Low [...]
Raman Spectroscopy enables fast, sensitive and label-free chemical analysis of a large range of materials and has become a routine analytical tool in a wide range of material science and process-control applications.
Publication: Widely tunable CW Optical Parametric Oscillators: Mastering the challenges posed in quantum technology research We are happy to be granted permission from SPIE to publish our poster from Photonics West LASE Conference from February 2020.
[Extract] Digital holographic microscopy (DHM)[2,3] is an interferometry-based variant of QPI (quantitative phase imaging) in which typically a laser is used as a coherent light source.
The current situation of Covid-19 spreading over the western world is very concerning and brings a lot of uncertainties. Swedish authorities are so far maintaining most public operations. Cobolt’s and HÜBNER Photonics production capacity is intact and our standard lead times for products currently apply!
Terahertz imagers made easy with T-SENSE – The innovative post [...]
We had a great show at both BiOS and Photonics West this year! An energetic week full of good leads, great customer meetings and excellent presentations – a big sucess! For the full review, see the HUBNER Photonics booth tour below.
HÜBNER Photonics is proud to announce an expansion of the Cobolt 06-01 Series of plug and play modulated lasers. The expansion includes twelve additional wavelengths covering 405 nm – 975 nm, as well as higher powers on several existing wavelengths
Presentations on Photonics West, Novel narrow linewidth 785. Widely tunable CW optical parametric oscillators: mastering the challenges posed in quantum technology research
Lasers are primarily used for high-resolution and high-throughput imaging techniques, and each wavelength excites a different set of fluorophores. In order to efficiently excite multiple fluorophores, it is necessary to use many single-wavelength lasers in one instrument or experiment.