We have successfully fabricated a novel type of suspended photonic crystal cavities in diamond by implementing a quasi-isotropic dry etching process in O₂-plasma. These devices are key components for next-generation quantum communication technologies.

Two publications by FBH scientists were among the most popular articles in the Journal of Applied Physics in 2022.

The article "Optimization of Vertical GaN Drift Region Layers for Avalanche and Punch-Through pn-Diodes" by Enrico Brussatera et. al. is IEEE Electron Device Letters' Editor's Pick.

Non-thermal atmospheric plasmas are ideal for the pretreatment of thermoplastic materials to improve bondability, printability or paintability. The essential aim is to increase the surface energy in order to make the activated workpiece surface more adhesive.

The recently launched QEED project aims to significantly reduce measurement time in clinical cancer diagnostics by developing a spectrally resolved imaging technique based on entangled photon pairs. FBH scientists will develop the required diode lasers and quantum light modules.

Press release: 14.02.2023   Register now for ICULTA!

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