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Quantenoptik mit einzelnen Atomen und Photonen – vom Phänomen zur Technologie
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Quantenoptik mit einzelnen Atomen und Photonen – vom Phänomen zur Technologie Prof. Dr. Jürgen EschnerUniversität des Saarlandes, Experimentalphysik - Quantum Photonics
Potential der Künstlichen Intelligenz für die Halbleiterforschung
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Potential der Künstlichen Intelligenz für die Halbleiterforschung Robert Heesendida Datenschmiede GmbH
Space Tech Expo
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Visit us at Space Tech Expo in hall 5 at joint booth of the Capital Region H20
Electromagnetic Field Simulations to Improve Understanding of Parasitic Effects of On-Wafer Scattering Parameter Calibrations
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They deliver field plots providing descriptive insight into the measurement process. A further advantage is the ability to run systematic perturbation studies to estimate the influence of geometry…
MikroSystemTechnik Kongress 2019
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Visit us at the MST-congress in Berlin at the joint booth with Research Fab Microelectronics Germany
Micro-integrated high-power infrared laser source for short-pulse pumping applications
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The FBH has developed a laser system with high beam quality that is capable of combining two laser beams practically without any losses. The coupled radiation reaches >12 W in cw mode at…
Compact, efficient, robust and reliable: FBH developments for space applications
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The Ferdinand-Braun-Institut presents its space-compatible, ultra-narrow linewidth diode laser modules and systems along with further III-V components for satellite applications at "Space Tech Expo…
Hot off the press - FBH's annual report
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FBH's most important events and results achieved in 2018/19
Nanofabrication protocols for advanced quantum photonic circuits based on self-assembled quantum dots
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Nanofabrication protocols for advanced quantum photonic circuits based on self-assembled quantum dots Tommaso PregnolatoNiels Bohr Institut, Universität Kopenhagen