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Ultra-narrow linewidth diode lasers for spaceborne quantum photonics
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The FBH has developed a novel monolithically integrated GaAs-based extended cavity diode laser (mECDL) emitting at 1064 nm with an astounding 3 dB linewidth of…
Novel development platform, integrating laser diodes with drivers and control electronics
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We have developed a new laser mount that combines high performance with high flexibility in circuitry design. It represents an ideal low-cost development platform for complex laser sources, suited…
Comprehensive access to advanced software - institute-wide licenses for programming, data analysis and modeling, and others
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Starting in October, FBH employees have access to an unlimited number of MatLab and Simulink licenses and can use all toolboxes. The institute has also signed an agreement with National Instruments…
Long-term commitment to equal opportunities
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FBH has been granted the TOTAL E-QUALITY award for the fifth time and has now also received the sustainability award.
For the first time achieved – CW operation from 405 nm GaN-based DBR laser diodes using high-order surface gratings
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The results are based on FBH’s advanced surface grating technology, demonstrating single longitudinal mode operation with a 0.03 nm FWHM of the emission peak and an SMSR of 40 d.
Successful field demonstration of shifted excitation Raman difference spectroscopy for soil analysis
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SERDS efficiently separates Raman from disturbing background signals, thus allowing qualitative and quantitative investigations of samples. For on-site soil analysis, we have developed a portable…
Lively exchange – the laser community met at ISLC2021
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More than 100 international scientists joined the five-day International Semiconductor Laser Conference (ISLC) in Potsdam. Roughly the same number of participants tuned in online on a daily…
Space Tech Expo Europe
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Visit us at the Berlin Brandenburg joint booth in hall 5, booth P42
Digitization in cleanrooms – iSensU connects legacy tools to modern processing equipment
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To make older systems ready for digitization, FBH has been developing iSensU to provide ad-hoc connectivity to legacy devices, black-box sensors, and industrial light towers. iSensU will shortly be…
600 W short-pulse hybrid-integrated 48-emitter DBR laser module for 3D flash LiDAR
/en/research/research-news/600-w-short-pulse-hybrid-integrated-48-emitter-dbr-laser-module-for-3d-flash-lidar
The multi-emitter source is ideally suited for autonomous driving, generating high peak power and pulses in the nanosecond range. Short pulses guarantee both high spatial resolution and eye safety.