The FBH has developed a miniaturized MOPA laser source at 626 nm wavelength, emitting up to 250 mW in a single longitudinal mode. It is integrated into a sealed package and allows frequency doubling to 313 nm, suited for laser cooling of beryllium ions.
The FBH has developed a miniaturized MOPA laser source at 626 nm wavelength, emitting up to 250 mW in a single longitudinal mode. It is integrated into a sealed package and allows frequency doubling to 313 nm, suited for laser cooling of beryllium ions.
The association of the same name thereby acknowledges FBH's ongoing commitment to equal opportunity.
Eine neue Generation von UV-LEDs kann Viren und Bakterien inaktivieren, Wasser und Oberflächen desinfizieren. Doch vor ihrer Zulassung, müssen sie standardisiert und zertifiziert werden. Das „Advanced UV for Life“-Bündnis treibt diese Aufgabe voran.
In the "6G Research and Innovation Cluster (6G-RIC)" hub, the partners of the initiative will develop mobile communication systems with open interfaces across all technology frontiers.
Berlin-based Ferdinand-Braun-Institut (FBH) will host the International Semiconductor Laser Conference (ISLC) as a hybrid event in Potsdam from October 10 to 14, 2021.
FBH organizes the 27th International Semiconductor Laser Conference - ISLC 2021, which will be held in Potsdam.
During semester break usually no seminars are offered at FBH. As of October, lectures will restart and will be announced here.
Recruiting and securing skilled personnel plays a vital role at the institute - FBH coordinates projects related to:
The FBH is also the central contact for the respective issues in the Photonics Cluster.
at numerous universities and colleges - on a regional as well as national level
