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IWN 2026
/en/events/iwn-2026
FBH is participating in this year's International Workshop on Nitride Semiconductors 2026.
IPC 2026
/en/events/ipc-2026
FBH is presenting current research results at IEEE Photonics Conference 2026.
10 Jahre Lasermodulentwicklung der Kilowatt-Klasse am FBH: vom Konzept zum flexiblen Forschungstool
/en/events/10-jahre-lasermodulentwicklung-der-kilowatt-klasse-am-fbh-vom-konzept-zum-flexiblen-forschungstool
Marko Hübner, Arnim Ginolas (FBH)
An innovative integrated reconfigurable capacitor cell for multiband operation
/en/research/research-news/an-innovative-integrated-reconfigurable-capacitor-cell-for-multiband-operation
FBH has developed a new capacitor cell that integrates GaN transistor switches and capacitors into a single compact structure. This reduces interconnections and chip area while enabling four…
Application laboratories (ERDF)
/en/research/application-laboratories-erdf
Ferdinand-Braun-Institut (FBH) uses ERDF-funded application laboratories to advance III–V technologies for industrial applications. The aerospace project strengthens infrastructure for aviation and…
Publications
/en/research/publications
The publication overview of the Ferdinand-Braun-Institut (FBH) lists scientific contributions on topics including photonics, semiconductor electronics and quantum technology. Entries provide authors…
III-V Technology
/en/research/iii-v-technology
Ferdinand-Braun-Institut combines epitaxy, materials analysis, wafer processing, assembly and packaging for III-V semiconductor devices. These technologies support photonics, integrated quantum…
III-V Electronics
/en/research/iii-v-electronics
The Ferdinand-Braun-Institut (FBH) develops III-V electronics using GaN HEMT and InP HBT technologies. Its research targets efficient power generation, high frequencies and voltages, improved noise…
SUPER excitation protocol enables ultrafast, non-resonant, spin-conserving optical control of tin-vacancy centers in diamond
/en/research/research-news/super-excitation-protocol-enables-ultrafast-non-resonant-spin-conserving-optical-control-of-tin-vacancy-centers-in-diamond
We demonstrate ultrafast coherent control of tin-vacancy centers in diamond using femtosecond and SUPER excitation. This scheme enables spin-conserving, non-resonant population transfer and spectral…
Stacked corrugated horn antenna for D-Band wireless communication systems
/en/research/research-news/stacked-corrugated-horn-antenna-for-d-band-wireless-communication-systems
We developed a multilayer corrugated horn antenna for D-band applications with high radiation efficiency, low loss, and stable performance over the operating bandwidth. Its stacked-layer fabrication…