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ProFIT project HOTSTACK
/en/research/photonics/diode-laser-uv-led-modules/high-power-efficiency/profit-project-hotstack
High-power diode laser stacks with high duty cycle: Key components for pulsed laser technology A new generation of laser applications is currently emerging, based on pulsed solid-state lasers of the…
Multi-wavelength UV-LED module for gas sensing
/en/research/photonics/chips-laser-leds/uv-leds/multi-wavelength-uv-led-module-for-gas-sensing
The demand for light-emitting diodes (LEDs) in the ultraviolet-C (UVC) spectral range below 255 nm is currently increasing. They can be used to disinfect surfaces as well as liquids and air.…
Ausbildungs-Allianz-Adlershof 2024
/en/events/ausbildungs-allianz-adlershof-2024
Guided tour for pupils visiting companies & research institutes in Adlershof.
FBH unter den deutschen Raumfahrtakteuren für Europa 2024
/en/media-center/media-review/default-4dbf734713017805f0001a59356e826d
Das Ferdinand-Braun-Institut verfügt über langjährige und umfassende Erfahrungen bei der Entwicklung von III/V-Halbleiter-basierten Bauelementen und Subsystemen für Anwendungen im Weltraum.
Joint paper on the cover of “Advanced Optical Materials”
/en/media-center/press-releases/gemeinsames-paper-auf-dem-titelblatt-von-advanced-optical-materials
“‘Sawfish’ Photonic Crystal Cavity for Near-Unity Emitter-to-Fiber Interfacing in Quantum Network Applications” by authors from FBH, ZIB, and HUB has made it onto the cover of “Advanced Optical…
Defect-sensitive etching to monitor reduction of dislocation densities in AlGaN
/en/research/research-news/defect-sensitive-etching-to-monitor-reduction-of-dislocation-densities-in-algan
Material analytics develops, tests, and applies methods for semiconductor layer quality characterization. We have verified a defect-sensitive etching method’s accuracy in determining dislocation…
Far-UVC LEDs – From epitaxial growth & heterostructure optimization to enhanced light extraction by µ-LEDs
/en/events/far-uvc-leds-from-epitaxial-growth-heterostructure-optimization-to-enhanced-light-extraction-by-u-leds
Dr. Tim Kolbe & Dr. Jens Raß Ferdinand-Braun-Institut
Assessing the safety of new germicidal far-UVC technologies
/en/research/publications/assessing-the-safety-of-new-germicidal-far-uvc-technologies
The COVID-19 pandemic underscored the crucial importance of enhanced in- door air quality control measures to mitigate the spread of respiratory patho- gens. Far-UVC is a type of germicidal…
7. International Workshop on UV Materials and Devices
/en/events/7-international-workshop-on-uv-materials-and-devices
The FBH presents the latest research results in 2 lectures.
Efficacy of 233 nm LED far UV-C-radiation against clinically relevant bacterial strains in the phase 2/ step 2 in vitro test on basis of EN 14561 and on an epidermis cell model
/en/research/publications/efficacy-of-233-nm-led-far-uv-c-radiation-against-clinically-relevant-bacterial-strains-in-the-phase-2-step-2-in-vitro-test-on-basis-of-en-14561-and-on-an-epidermis-cell-model
Introduction: Healthcare-acquired infections and overuse of antibiotics are a common problem. Rising emergence of antibiotic and antiseptic resistances requires new methods of microbial…