Search
Rules for the search
- Only words with 2 or more characters are accepted
- Max 200 chars total
- Space is used to split words, "" can be used to search for a whole string (not indexed search then)
- AND, OR and NOT are prefix words, overruling the default operator
- +/|/- equals AND, OR and NOT as operators.
- All search words are converted to lowercase
Ultrafast semiconductor lasers: pulse generation and stabilization
/en/research/publications/ultrafast-semiconductor-lasers-pulse-generation-and-stabilization
Progress in the generation and stabilization of optical pulse trains of edge-emitting passively mode-locked (PML) quantum dot (QD) and quantum well (QW) lasers and self-mode locked (SML) QD lasers is…
A Compact Optical Iodine Frequency Reference On A Sounding Rocket
/en/research/publications/a-compact-optical-iodine-frequency-reference-on-a-sounding-rocket
We present an absolute optical frequency reference based on molecular iodine and its application on a sounding rocket mission. The iodine frequency reference is based on modulation transfer…
GaN-integrated beam-switching high-power active array for satellite communications
/en/research/publications/gan-integrated-beam-switching-high-power-active-array-for-satellite-communications
This paper presents an active beam-switching circularly polarized array-fed reflector (AFR) integrated with GaN powered monolithic microwave integrated circuits (MMICs). The feed array of the…
EM simulation assisted parameter extraction for transferred-substrate InP HBT modeling
/en/research/publications/em-simulation-assisted-parameter-extraction-for-transferred-substrate-inp-hbt-modeling
In this paper, an electromagnetic (EM) simulation assisted parameter extraction procedure is demonstrated for accurate modeling of down-scaled transferred-substrate InP HBTs. The external parasitic…
Optical characterization of a novel miniature microwave inductively coupled plasma source in nitrogen flow
/en/research/publications/optical-characterization-of-a-novel-miniature-microwave-inductively-coupled-plasma-source-in-nitrogen-flow
A miniature microwave (MMW) inductively coupled plasma (ICP) source is characterized by optical emission spectroscopy and by optical imaging of nitrogen plasma. The MWW source operates in two…
Recent progress in brightness scaling by coherent beam combining of tapered amplifiers for efficient high power frequency doubling
/en/research/publications/recent-progress-in-brightness-scaling-by-coherent-beam-combining-of-tapered-amplifiers-for-efficient-high-power-frequency-doubling
Recent progress in brightness scaling by coherent beam combining of tapered amplifiers for efficient high power frequency doubling P. Albrodta, M.T. Jamalb, A.K. Hansenb,…
Current Spreading Suppression by O- and Si-Implantation in high Power Broad Area Diode Lasers
/en/research/publications/current-spreading-suppression-by-o-and-si-implantation-in-high-power-broad-area-diode-lasers
Current Spreading Suppression by O- and Si-Implantation in high Power Broad Area Diode Lasers D. Martin, P. Della Casa, T. Adam, C. Goerke, A. Thies,…
High-power-class QCW Red Laser Bars and Stacks for Pump and Direct Application
/en/research/publications/high-power-class-qcw-red-laser-bars-and-stacks-for-pump-and-direct-application
High-power-class QCW Red Laser Bars and Stacks for Pump and Direct Application M. Niemeyera, D. Martina, J. Pohla, M. Weyersa, A. Kniggea, P. Crumpa, H. Kisselb…
Miniaturized watt-level laser modules emitting in the yellow-green spectral range for biophotonic applications
/en/research/publications/miniaturized-watt-level-laser-modules-emitting-in-the-yellow-green-spectral-range-for-biophotonic-applications
Miniaturized watt-level laser modules emitting in the yellow-green spectral range for biophotonic applications A. Sahm, N. Werner, J. Hofmann, D. Jedrzejczyk, D. Feise,…
Single mode 500 mW at 633 nm using all semiconductor master-oscillator and a dual stage amplifier
/en/research/publications/single-mode-500-mw-at-633-nm-using-all-semiconductor-master-oscillator-and-a-dual-stage-amplifier
Single mode 500 mW at 633 nm using all semiconductor master-oscillator and a dual stage amplifier G. Blume, A. Koyucuoglu, J. Pohl, D. Feise, A. Sahm, and K. Paschke …