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Lange Nacht der Wissenschaften am FBH
/en/events/lange-nacht-der-wissenschaften-am-fbh
Laboratory tours and hands-on experiments for all ages.
Cleo 2013
/en/events/cleo-2013
Developments in the field of laser and electro-optics showcasing the most significant milestones from laboratory to marketplace.
Electronic Materials Conference
/en/events/electronic-materials-conference
The forum on preparation and characterization of electronic materials.
Summer School on Crystal Growth
/en/events/summer-school-on-crystal-growth
Lectures on theoretical and experimental aspects of growth and characterization of crystals.
Improved performance of UV-LEDs emitting around 300 nm
/en/research/research-news/improved-performance-of-uv-leds-emitting-around-300-nm
The FBH develops UV LEDs and recently managed to significantly advanced the respective chip processing and mounting technology. These light sources could prospectively replace toxic low-pressure…
BRIDLE Consortium to Develop High Brilliance Diode Lasers For Industrial Applications
/en/media-center/media-review/bridle-consortium-to-develop-high-brilliance-diode-lasers-for-industrial-applications
BRIDLE Consortium to Develop High Brilliance Diode Lasers For Industrial Applications BRIDLE, a consortium of companies and research institutes from five European countries has joined forces in a…
High-brilliance diode lasers for industrial applications: BRIDLE
/en/media-center/media-review/high-brilliance-diode-lasers-for-industrial-applications-bridle-3
BRIDLE makes use of a modular, scalable and compatible approach, employing advanced technologies and beam combination architectures, leading to a diode laser source.
High responsivity UV-C AlGaN photodetectors
/en/research/research-news/high-responsivity-uv-c-algan-photodetectors
UV radiation is widely utilized. For most applications in this field it is necessary to monitor the emitted power in a certain wavelength range. FBH developed AlGaN UV-C photodetectors sensitive to…
Medizintechnik: Sandwich-Chips für medizinische Bildgebung
/en/media-center/media-review/medizintechnik-sandwich-chips-fuer-medizinische-bildgebung
Zwei Leibniz-Institute haben technologisches Neuland betreten und ihre – bislang getrennten – Technologiewelten erfolgreich verbunden. Die im HiTeK-Projekt entwickelten neuartigen Chips sollen dank…
Projekt BRIDLE - Hochbrillante Diodenlaser für industrielle Anwendungen
/en/media-center/media-review/projekt-bridle-hochbrillante-diodenlaser-fuer-industrielle-anwendungen
Im EU-geförderten Projekt Bridle haben sich Forschungseinrichtungen und Unternehmen zusammengetan, um die Brillanz von Hochleistungs-Diodenlasersystemen für die direkte Materialbearbeitung zu…