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SERDS - An enabler for on-site soil anylysis & Kommende FBH Forschung für die Fusion
/en/events/serds-an-enabler-for-on-site-soil-anylysis-kommende-fbh-forschung-fuer-die-fusion
Martin Maiwald Ferdinand-Braun-Institut Paul Crump Ferdinand-Braun-Institut
Digital GaN-based Transceiver Module & Optimization of GaN mm-wave transistors
/en/events/digital-gan-based-transceiver-module-optimization-of-gan-mm-wave-transistors
Megha Krishnaji Rao Ferdinand-Braun-Institut Hossein Yazdani Ferdinand-Braun-Institut
Lateral oxidation for current and optical confinement in VCSELs
/en/events/lateral-oxidation-for-current-and-optical-confinement-in-vcsels
Rene Sodtke Ferdinand-Braun-Institut
Applications of Machine Learning and Optimization in Photonics
/en/events/applications-of-machine-learning-and-optimization-in-photonics
Reza Mahani Ferdinand-Braun-Institut
Photonic integrated circuits enabled by GaAs laser technology & Alterung von GaN-Lasern
/en/events/photonic-integrated-circuits-enabled-by-gaas-laser-technology-alterung-von-gan-lasern
Jan-Philipp Koester Ferdinand-Braun-Institut Erik Freier Ferdinand-Braun-Institut
UV LEDs: high-temperature annealing & 226 nm LEDs
/en/events/high-temperature-annealed-algan-for-uv-leds
Sylvia Hagedorn Ferdinand-Braun-Institut Tim Kolbe Ferdinand-Braun-Institut
Thomas Tenzler receives ESLW Best Student Poster Award
/en/media-center/press-releases/thomas-tenzler-receives-eslw-best-student-poster-award
Thomas Tenzler received the Best Student Poster Award at the European Semiconductor Laser Workshop 2024 (ESLW) in Kassel.
SciX 2024
/en/events/scix-2024
The FBH presents current research results in a conference contribution.
Shifted Excitation Raman Difference Spectroscopy – pilot laboratory investigations for milk inspection
/en/research/research-news/shifted-excitation-raman-difference-spectroscopy-pilot-laboratory-investigations-for-milk-inspection
Raman spectroscopy can determine the chemical composition of milk. We use an in-house developed 785 nm dual-wavelength diode laser and SERDS to successfully identify major milk ingredients and…
Miniaturized rubidium two-photon optical frequency references driven by monolithically integrated extended cavity diode laser
/en/research/research-news/miniaturized-rubidium-two-photon-optical-frequency-references-driven-by-monolithically-integrated-extended-cavity-diode-laser
We demonstrate a compact optical frequency reference using a novel 778.1 nm laser. Promising results indicate the feasibility of micro-integrating these references into matchbox-sized units for…