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Hyperspectral mid-infrared imaging with undetected photons
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Mid-infrared (MIR) spectroscopy uses the molecular fingerprints of samples to perform biomedical or environmental analyses without chemical staining or labeling. In practice, however, widespread use…
Enabling Technologies for Integrated Quantum Sensors
/en/research/quantum-technology/integrated-quantum-sensors/enabling-technologies
Deployment of atomic quantum sensors in portable scientific instrumentation and industrial applications requires compact, robust, and scalable system architectures. Laboratory-scale setups must be…
MHz load-line measurements for model parameter extraction
/en/research/research-news/mhz-load-line-measurements-for-model-parameter-extraction
Reliable and rapid characterization of GaN HEMTs is essential for accurate models and circuit design. We have developed a MHz load-line technique that enables efficient extraction of compact model…
Grand Challenges Conference 2026
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FBH is participating in this year's Grand Challenges Conference.
EFTF 2026
/en/events/eftf-2026
FBH will be participating in the poster sessions at the European Frequency and Time Forum (EFTF).
MRS Spring Meeting & Exhibit 2026
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FBH will be participating in this year's MRS Spring Meeting and Exhibit.
Hasselt Diamond Workshop 2026 - SBDD XXX
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FBH will be participating in the poster sessions at Hasselt Diamond Workshop 2026 - SBDD XXX.
Scalable quantum computers through a modular approach
/en/media-center/press-releases/scalable-quantum-computers-through-a-modular-approach
February 11, 2026, marked the kick-off of the SQale project, which is set to significantly advance the field of quantum computing with its approach to developing next-generation ion trap quantum…
From Material Property to Quantum Functionality: Tailoring Nonlinear Platforms for Photonic Integration
/en/events/from-material-property-to-quantum-functionality-tailoring-nonlinear-platforms-for-photonic-integration
Dr. Sebastian Schmitt (Fraunhofer Institute for Applied Optics and Precision Engineering IOF)