Search
Are you looking for a scientific paper? Please use the special search function. The standard search does not return results from publications.
Improved AlGaN UV photodetectors by interface conduction
/en/research/research-news/improved-algan-uv-photodetectors-by-interface-conduction
The AlxGa1-xN material system is attractive for the detection of ultraviolet radiation. Owing to the dependence of the large band gap energy on Al mole fraction x (3.4 eV to 6.2 eV), the cut-off…
International semiconductor laser conference
/en/events/international-semiconductor-laser-conference
FBH contributes with several talks and a workshop at the ISLC
EMRS Fall Meeting
/en/events/emrs-fall-meeting
FBH presents several invited lectures at the European Materials Research Society Fall Meeting.
7 W pico- and nanosecond ridge-waveguide laser source at 670 nm
/en/research/research-news/7-w-pico-and-nanosecond-ridge-waveguide-laser-source-at-670-nm
Lasers generating short optical pulses from 0.5 ns to 5 ns with peak powers from several watts to tens of watts experience an increasing demand in a broad range of applications. The FBH has…
Hot off the press - FBH annual report 2015
/en/research/research-news/hot-off-the-press-fbh-annual-report-2015
FBH's most important events and results achieved in 2015.
GaN devices: millimeter wave applications challenges
/en/research/research-news/gan-devices-millimeter-wave-applications-challenges
GaN devices: millimeter wave applications challenges Dr. Sylvain DelageIII-V Lab Marcoussis, France
SPIE Security and Defence 2016
/en/events/spie-security-and-defence-2016
FBH presents a lecture at the conference
European Microwave Week
/en/events/european-microwave-week-3
The FBH presents new research results at the conference
Micro resonator system for highly stable diode lasers – FBH reaches important milestone in project iMILQ
/en/research/research-news/micro-resonator-system-for-highly-stable-diode-lasers-fbh-reaches-important-milestone-in-project-imilq
The iMILQ project aims at developing special laser modules with thermally controlled DFB lasers that are optically coupled to micro resonators, thus featuring a very narrow linewidth only in the kHz…