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Entwicklung von brillanten Breitstreifenlasern für optisches und spektrales Multiplexing
/en/media-center/media-review/entwicklung-von-brillanten-breitstreifenlasern-fuer-optisches-und-spektrales-multiplexing
Entwicklung von brillanten Breitstreifenlasern für optisches und spektrales Multiplexing Jonathan DeckerFerdinand-Braun-Institut, Berlin
Mikro-integriertes Diodenlasersystem für eine Aluminium-Ionen Quantenlogik-Uhr
/en/media-center/media-review/mikro-integriertes-diodenlasersystem-fuer-eine-aluminium-ionen-quantenlogik-uhr
Mikro-integriertes Diodenlasersystem für eine Aluminium-Ionen Quantenlogik-Uhr Mandy KrügerFerdinand-Braun-Institut, Berlin
FBH at Photonics West
/en/events/fbh-at-photonics-west
FBH is comprehensively represented at the world's leading conference for optics and photonics and presents its research results.
Competitive devices – UV-C LEDs with high injection efficiency
/en/research/research-news/competitive-devices-uv-c-leds-with-high-injection-efficiency
UV-C radiation with a wavelength in the range of 260 – 280 nm is of great interest for many applications including water disinfection, materials processing, and medical technology.…
Trumpf eröffnet eine Niederlassung für Laserdioden
/en/media-center/media-review/trumpf-eroeffnet-eine-niederlassung-fuer-laserdioden
Trumpf eröffnet eine Niederlassung für Laserdioden Enge Zusammenarbeit mit dem Ferdinand-Braun-InstitutArticle in German, not online
FBH at the CS International Conference
/en/events/fbh-at-the-cs-international-conference
FBH presents two lectures at the Compound Semiconductor Conference
Carbon tetrabromide-based in situ etching of GaAs improved by TMAl
/en/research/research-news/carbon-tetrabromide-based-in-situ-etching-of-gaas-improved-by-tmal
Current investigations at FBH revealed that TMAl-assisted CBr4 etching in MOVPE could be a useful tool for in situ pattern transfer without contact to oxygen.
Elf Millionen Euro für optische Technologien
/en/media-center/media-review/elf-millionen-euro-fuer-optische-technologien
DFG bewilligt dritte Förderphase für den Sonderforschungsbereich Halbleiter-Nanophotonik.
Michael Kneissl is new IEEE Fellow
/en/media-center/media-review/michael-kneissl-is-new-ieee-fellow
In January 2016, Michael Kneissl has been selected to the join the distinguished circle of the IEEE Fellows for his contributions to the development of wide bandgap semiconductor laser diodes and…
EUROPT(R)ODE 2016
/en/events/europtrode-2016
At the conference on optical sensors the FBH presents a lecture