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Far-UVC fix: The wavelength that harms viruses, not humans
/media-center/medienschau/far-uvc-fix-the-wavelength-that-harms-viruses-not-humans
Safe for skin but deadly to pathogens, far-ultraviolet C light could help fight the next pandemic—but only if engineers can build a cheap and efficient light source first….
Bayesian Optimization for Data Selection in Bragg Grating Design Space for Machine Learning Training
/forschung/publikationen/bayesian-optimization-for-data-selection-in-bragg-grating-design-space-for-machine-learning-training
Data acquisition for training machine learning (ML) models in resource-intensive scientific fields is challenging [1]. Recognizing the high computational costs associated with generating extensive…
Hetero-integration of diamond nanostructures on AlGaN-based photonic circuits
/forschung/publikationen/hetero-integration-of-diamond-nanostructures-on-algan-based-photonic-circuits
Recently, many efforts have been made in the development of large quantum networks, which rely on the generation and distribution of entanglement between their nodes. Spin-photon interfaces are…
Space-Qualified Ridge Waveguide Optical Amplifiers for Ultra-Cold Atom Experiments on the ISS
/forschung/publikationen/space-qualified-ridge-waveguide-optical-amplifiers-for-ultra-cold-atom-experiments-on-the-iss
The realization of Bose-Einstein Condensates (BECs) is of great interest for both fundamental research and emerging applications such as high-precision quantum sensors, atom interferometers,…
High-temperature operation of tuneable 780 nm DBR lasers for spectroscopic applications
/forschung/publikationen/high-temperature-operation-of-tuneable-780-nm-dbr-lasers-for-spectroscopic-applications
In recent years, a number of experiments have reached technological maturity to be considered for use in space, including magnetic field sensors, positioning systems, and quantum sensing applications…
Wavelength-stabilized multi-active region DBR ridge-waveguide lasers for high peak-power pulsed operation
/forschung/publikationen/wavelength-stabilized-multi-active-region-dbr-ridge-waveguide-lasers-for-high-peak-power-pulsed-operation
Nanosecond pulsed high peak-power diode lasers emitting around 905 nm are essential components in various applications such as light detection and ranging (LIDAR) in autonomous vehicles [1]. While…
Improved compact 1 kW diode laser module emitting at 780 nm for the efficient direct additive manufacturing of aluminium
/forschung/publikationen/improved-compact-1-kw-diode-laser-module-emitting-at-780-nm-for-the-efficient-direct-additive-manufacturing-of-aluminium
Additive manufacturing (AM) of aluminium has become increasingly important, for example in mobility applications such as fabrication of ultra-low-weight vehicle bodies in the transport sector [1].…
Efficient 970 nm Ridge Waveguide Lasers for Space-Based Power Beaming Application
/forschung/publikationen/efficient-970-nm-ridge-waveguide-lasers-for-space-based-power-beaming-application
In-space laser power delivery provides a route to delivering energy to where it is most needed, for example, satellites or other space vehicles temporarily eclipsed from the sun or for lunar…
Design and Fabrication of Transfer-Printable Evanescently Coupled GaAs-based Amplifier Coupons
/forschung/publikationen/design-and-fabrication-of-transfer-printable-evanescently-coupled-gaas-based-amplifier-coupons
GaAs-based quantum well emitters can cover the spectral range from 600 nm to 1200 nm, which is of interest for applications such as quantum optics and biosensing [1]. These applications…
Heterogeneously Integrated Evanescently Coupled Laser Systems on SiN Emitting in the Near-Infrared Band
/forschung/publikationen/heterogeneously-integrated-evanescently-coupled-laser-systems-on-sin-emitting-in-the-near-infrared-band
Silicon nitride (SiN) with its ultra-low loss has emerged as a powerful passive platform for visible photonics [1], enabling a wide range of applications such as optical coherence tomography. Central…