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Micro-integrated laser sources with watt level output power in the yellow-green spectral range
/en/research/research-news/micro-integrated-laser-sources-with-watt-level-output-power-in-the-yellow-green-spectral-range
The FBH has developed a very compact diode laser module emitting in the yellow-green spectral range with power levels in the watt range. The system uses a novel butterfly housing and targets…
German Microwave Conference 2019
/en/events/german-microwave-conference-2019
FBH presents current research results at this year's GeMiC
Deep UV LED wafers with reduced bow by applying focused laser patterning
/en/research/research-news/deep-uv-led-wafers-with-reduced-bow-by-applying-focused-laser-patterning
Controlling wafer bow is important in order to minimize performance variations between devices on a wafer. FBH recently developed and qualified a laser patterning process on 305 nm UVB LEDs that…
Low-stress Solderjet Bumping Technique used to assemble miniaturized laser resonators
/en/research/research-news/low-stress-solderjet-bumping-technique-used-to-assemble-miniaturized-laser-resonators
Low-stress Solderjet Bumping Technique used to assemble miniaturized laser resonators Dr.-Ing. Pol Ribes PleguezueloFraunhofer IOF, Jena
FBH auf der JobSnap - Ausbildungsmesse
/en/events/fbh-auf-der-jobsnap-ausbildungsmesse
Das FBH und das Ausbildungsnetzwerk Hochtechnologie informieren über die Ausbildung zum/ zur Mikrotechnologen/-in
Topology in Photonics: from Polaritons to Lasers
/en/events/topology-in-photonics-from-polaritons-to-lasers
Topology in Photonics: from Polaritons to Lasers Prof. Dr. Sven HöflingUniversität Würzburg, Lehrstuhl für Technische Physik
A New Kind of European Research Infrastructure: Laser Wakefield-Driven Plasma Accelerators for Novel Fundamental Research
/en/media-center/press-releases/a-new-kind-of-european-research-infrastructure-laser-wakefield-driven-plasma-accelerators-for-novel-fundamental-research
A New Kind of European Research Infrastructure: Laser Wakefield-Driven Plasma Accelerators for Novel Fundamental Research Prof. Dr. Ralph AssmannDeutsches Elektronen-Synchrotron DESY
Ultra-narrow linewidth diode laser for LISA
/en/research/research-news/ultra-narrow-linewidth-diode-laser-for-lisa
The LISA satellite mission aims to detect and characterize gravitational waves. To achieve this, three laser interferometers will be used that require suitable metrology lasers. The FBH has developed…
Breitbandiges Hüllkurvenverfolgungsverfahren auf Basis eines umgekehrten Abwärtswandlers und eines massegetrennten HF-Leistungsverstärkers
/en/research/research-news/breitbandiges-huellkurvenverfolgungsverfahren-auf-basis-eines-umgekehrten-abwaertswandlers-und-eines-massegetrennten-hf-leistungsverstaerkers
Breitbandiges Hüllkurvenverfolgungsverfahren auf Basis eines umgekehrten Abwärtswandlers und eines massegetrennten HF-Leistungsverstärkers Sophie PaulFerdinand-Braun-Institut, Berlin
Fresh from the press: frequent - diode lasers for sensor & analytics applications
/en/media-center/press-releases/fresh-from-the-press-frequent-diode-lasers-for-sensor-analytics-applications
FBH's current frequent issue is available, dealing with developments used for sensor and analytics applications, from novel dual-wavelength diode lasers to a SERDS Raman system.