frequent - Research News from the FBH
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FBH developments for space
- FBH developments for space – application under challenging conditions
- spaceborne quantum optical metrology – from laser systems to atomic clocks and sensors
- lasers for climate monitoring via satellite & ultrafast optical communication at highest data rates
- electronics for space
- advanced micro-integration techniques
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Materials technology – where device fabrication starts
- controlling light – GaAs growth processes for laser diodes
- coping with the challenges – growth processes for nitride-based devices
- looking closely – comprehensive material analysis down to the nanoscale
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Wide bandgap devices & modules for efficient power electronics
- coping with the demands of energy-hungry societies
- integration concepts for efficient GaN converters
- novel materials & device concepts
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Compact atmospheric plasma sources
- all-rounders with huge market potential
- ultra-compact plasma source µPQ
- µPQ goes industry – surface activation in printing
- prototypes – making R&D results utilizable
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FBH developments for space
- application under challenging conditions
- data highway in space – ultrafast optical communication at highest data rates
- laser systems for spaceborne quantum optical metrology
- power saving energy-efficient electronics for satellites
- advanced micro-integration techniques
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Diode lasers for sensor & analytics applications
Customized developments
- for rapid SERDS
- for LiDAR applications
- for nonlinear frequency conversion
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Next-Generation Wireless Communications - Making the Infrastructure Hardware Ready for 5G
- towards the digital base station transmitter
- boosting energy efficiency for wideband systems
- dedicated semiconductor technology & measurement facilities
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Photonics for Medicine and Life Sciences
- tailored semiconductor light sources – diode lasers & UV LEDs
- handheld probe – bringing Raman spectroscopy out of the lab
- looking into the hearts of living cells
- therapy with targeted light