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Trap characterization of GaN HEMTs with MHz load-line measurements
/forschung/forschungsnews/trap-characterization-of-gan-hemts-with-mhz-load-line-measurements
Simple yet precise trap characterization is crucial for optimizing device and model performance. At FBH, we have developed an innovative characterization technique using MHz load-line measurements to…
Micromodules against microplastic pollution
/forschung/forschungsnews/micromodules-against-microplastic-pollution-1
We’ve developed a novel micro-integrated quantum interferometer module, using entangled photons to detect microplastics in water. This compact, efficient technology enables mobile, cost-effective…
IWUMD 2025
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Wir sind mit mehreren Beiträgen beim 8. International Workshop on Ultra-Wide Bandgap Materials and Devices vertreten.
MNE 2025
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Das FBH präsentiert bei der 51st International Micro and Nano Engineering Conference neueste Forschungsergebnisse.
NUSOD 2025
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Das FBH ist mit einer Keynote bei der Conference on Numercial Simulation of Optoelectronic Devices 2025 vertreten.
Gemeinsames Paper auf dem Backcover von „Advanced Materials“
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„Controlled Formation of Skyrmion Bags” wird auf dem Backcover von „Advanced Materials“ (Volume 37, Issue 29) präsentiert.
Aluminum nitride photonic integrated circuits: from piezo-optomechanics to nonlinear optics
/termine/aluminum-nitride-photonic-integrated-circuits-from-piezo-optomechanics-to-nonlinear-optics
Hong Tang, Llewellyn West Jones Jr. Professor of Electrical Engineering and Physics, Yale University
Solid state Doherty power amplifiers: what is the gain?
/termine/solid-state-doherty-power-amplifiers-what-is-the-gain
Ph.D. Vittorio Camarchia und Ph.D. Anna Piacibello, Politecnico di Torino
Wavelength stabilized BRW RW laser for photon pair generation
/forschung/forschungsnews/wavelength-stabilized-brw-rw-laser-for-photon-pair-generation
We’ve developed a miniaturized, electrically driven photon pair source operating at standard telecom wavelengths. This device provides correlated photons required for encryption methods based on…
Quantum electrometer for time-resolved material science at the atomic lattice scale
/forschung/forschungsnews/quantum-electrometer-for-time-resolved-material-science-at-the-atomic-lattice-scale
Our novel quantum sensor spatially and temporally resolves electric fields and single charges at the atomic and nanosecond scale, enabling unprecedented insights into charge dynamics of solid-state…