2017 results:
1601. MonoLaSi  
We are using mul­ti­ple tech­ni­ques to in­ves­ti­ga­te the op­ti­cal gain, as the com­mon me­thod of Hakki and Paoli, a self…  
1602. MonoLaSi - GAIN SPEC­TROSCO­PY OF SE­MI­CON­DUC­TORS  
GAIN SPEC­TROSCO­PY OF SE­MI­CON­DUC­TORS Op­ti­cal gain due to in­ver­si­on in an ac­tive me­di­um is the basic re­qui­re­ment for the…  
1603. Cooperations - NA­TIO­NAL AND IN­TER­NA­TIO­NAL  
NA­TIO­NAL AND IN­TER­NA­TIO­NAL Max Planck In­sti­tu­te for Radio As­tro­no­my in Bonn Fer­di­nand-Braun-In­sti­tut Ber­lin Semiconductor…  
1604. Cooperations - Bo­chum and Sur­roun­dings  
Bo­chum and Sur­roun­dings Cent­re for Se­mi­con­duc­tor Tech­no­lo­gy and Op­to­elec­tro­nics, Uni­ver­si­tät…  
1605. Team - Our Team  
Our Team  
1606. Team - Lecturer  
Lecturer  
1607. Research - Fields of research  
Fields of research The research areas of the PTT Chair deal with the entire value chain. From material investigations to system development. More Information  
1608. Closed Projects - DFG  
DFG Fast control of laser light sources through cavity-internal electro-optical modulator arrays (EMAs) - EMA-controlled semiconductor lasers DFG-Pro­ject in co­ope­ra­ti­on…  
1609. Closed Projects - BMBF  
BMBF Mo­noLa­Si BMBF-Pro­ject, Pro­ject hol­der: VDI  
1610. Closed Projects - BMBF  
BMBF Pho­toa­coustics BMBF-Pro­ject, Pro­ject hol­der: DLR  
Search results 1601 until 1610 of 2017
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