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Custom modules
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Tailored laser sources and photonics modules for your individual application Laser sources are employed in the industry as non-destructive sensors, for illumination or direct material…
High precision micro integration
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Manufacture in sub-µ area With the help of our technology park, micro-integrated laser modules can be manufactured on request, which are unique in their field. We rely on a wealth of experience…
Module design
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Module design The specific requirements of the individual application areas demand precise module design. From microscopic simulations of individual assemblies to macroscopic influences of the…
Chip design and processing
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Chip design and processing The Laser Modules Lab develops specific laser modules for a wide range of applications. These laser modules are powered by specially designed laser diodes and…
SIM-QPla: Quantensprung in der Mikroplastik-Analytik / Neues vom BMBF gefördertes Forschungsprojekt
/en/media-center/media-review/sim-qpla-quantensprung-in-der-mikroplastik-analytik-neues-vom-bmbf-gefoerdertes-forschungsprojekt
Mikroplastik in Umweltproben zu detektieren, zum Beispiel im Abwasser, ist aufwendig. Mit dem neuen Forschungsprojekt SIM-QPla haben sich deshalb Projektpartner aus Forschung und Wirtschaft mit dem…
FBH exhibiting at Space Tech Expo Europe
/en/media-center/media-review/fbh-exhibiting-at-space-tech-expo-europe
In conjunction with the Space Tech Expo Europe in Bremen, Germany (16-18 November), the Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) of Berlin, Germany is presenting the…
Aixtron Says YESvGaN
/en/media-center/media-review/aixtron-says-yesvgan
Epitaxy specialist Aixtron has announced that it is a partner in the EU 'YESvGaN' (Vertical GaN on Silicon: Wide Band Gap Power at Silicon Cost) research project, which aims to develop highly…
Aixtron partners in EU project YESvGaN
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Digitalization has triggered a massive increase in applications and electronic devices and thus also in the consumption of electrical energy. Intelligent and efficient power electronics are necessary…
Elektronen im holprigen Gelände, unsterbliche Leuchtdioden und Energie liefernde Sandwiches
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Drei Nominierte für den Adlershofer Dissertationspreis / Livestream am 17. Februar
Zukunftschancen in der Lausitz durch Mikrosensorik und Digitalisierung
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Das Bundesministerium für Bildung und Forschung (BMBF) fördert die zweite Phase des Projekts »Innovationscampus Elektronik und Mikrosensorik (iCampµs Cottbus)« von 2022 bis 2026 mit 20 Millionen Euro.