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ISPSD 2025
/en/events/ispsd-2025
FBH is represented with a current research contribution at the 37th International Symposium on Power Semiconductor Devices and ICs.
EIPBN 2025
/en/events/eipbn-2025
FBH is represented with a current research contribution at the 68. International Conference on Electron, Ion and Photon Beam Technology and Nanofabrication.
CSW 2025
/en/events/csw-2025
FBH will present its latest research findings at Compound Semiconductor Week 2025.
SPP11
/en/events/spp11
FBH presents current research results at the 11th International Conference on Surface Plasmon Photonics.
DLR EEE Components Conference 2025
/en/events/dlr-eee-components-conference-2025
FBH presents latest research results at the DLR EEE Components Conference 2025. In addition, we will have a booth at the conference. We look forward to your visit.
CS Mantech 2025
/en/events/cs-mantech-2025
FBH will be presenting current research findings at the International Conference on Compound Semiconductor Manufacturing Technology.
720 nm diode lasers enhancing cancer diagnostics
/en/research/research-news/720-nm-diode-lasers-enhancing-cancer-diagnostics
We have developed powerful diode laser sources emitting in the Watt-level range at 720 nm. These lasers enable novel quantum interferometry-based sensing for cancer diagnostics.
Devices with DBR (Distributed Bragg Reflector) Mirror Layers
/en/transfer-services/devices/devices-with-dbr-mirror-layers
Ultrapure DBR mirrors are used e.g. for applications in metrology, for the next generation of atomic clocks or for precision measurements to test quantum electrodynamics. To generate ps- and…
Monolithic dual-wavelength diode laser for generating THz radiation in spectroscopic applications
/en/research/research-news/monolithic-dual-wavelength-diode-laser-for-generating-thz-radiation-in-spectroscopic-applications
FBH’s new near-infrared monolithic Y-branch diode lasers provide tunable dual-wavelength laser emission. This enables continuous-wave THz radiation via photomixing, advancing compact THz spectroscopy.