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From Classical to Quantum Sensors and Instruments: Current Situation and Perspectives
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Prof. Pablo Acedo, Universidad del Pais VascoFaculty of Science and TechnologyEHU Quantum Center
Photonics Days 2025
/termine/photonics-days-2025
Das FBH beteiligt sich mit verschiedenen Beiträgen an den diesjährigen Photonics Days.
Self-consistent thermal-opto-electronic model for the dynamics in high-power semiconductor lasers
/forschung/publikationen/self-consistent-thermal-opto-electronic-model-for-the-dynamics-in-high-power-semiconductor-lasers
High-power broad-area diode lasers (BALs) generate significant heat, impacting performance. A 2+1 dimensional traveling wave (TW) model incorporates heating effects through an iterative coupling of…
Vom Labor in den Alltag: UVC-LEDs zur Desinfektion auf dem Weg in die breite Anwendung
/media-center/presseinformationen/vom-labor-in-den-alltag-uvc-leds-zur-desinfektion-auf-dem-weg-in-die-breite-anwendung
Ein internationales Forschungsteam hat erstmals den Stand der Technik kommerzieller UVC-LEDs umfassend untersucht und in einem Open-Access-Review zusammengefasst. Die kompakten, effizienten und…
Enhancing wire bonding capabilities for advanced module assembly
/forschung/forschungsnews/enhancing-wire-bonding-capabilities-for-advanced-module-assembly
We have extended our wire bonding capabilities with a new semi-automatic system featuring an integrated coaxial camera. This addition enables precise wire bonding even in areas with restricted…
Yeasticidal efficacy of far-UV-C radiation with 233 nm peak wavelength for inactivating Candida spp. with focus on the clinically relevant species C. auris for potential application on the skin
/forschung/publikationen/yeasticidal-efficacy-of-far-uv-c-radiation-with-233-nm-peak-wavelength-for-inactivating-candida-spp-with-focus-on-the-clinically-relevant-species-c-auris-for-potential-application-on-the-skin
Background: Candida spp. are significant pathogens for hospital-acquired infections. Infections with Candida auris especially have gained increased attention due to their transmissibility and…
Beyond 650 V Dynamic Switching of High Voltage AlGaN/GaN/AlN HEMTs on Monocrystalline AlN Substrates
/forschung/publikationen/beyond-650-v-dynamic-switching-of-high-voltage-alganganaln-hemts-on-monocrystalline-aln-substrates
We present AlN-based GaN-channel HEMTs with an undoped AlN-buffer layer, MOCVD-grown on a 1" PVT-grown monocrystalline AIN substrate for high-voltage switching applications. These devices achieve…
Miniaturised optical isolators for realising micro-integrated photonic modules in quantum technology applications
/forschung/publikationen/miniaturised-optical-isolators-for-realising-micro-integrated-photonic-modules-in-quantum-technology-applications
At the Ferdinand-Braun-Institut (FBH), we have been using our proven hybrid micro-integration technology for more than a decade to realise ultra-compact photonic modules for quantum applications [1].…
Micro-integrated Light Control Units for Low-SWaP Quantum Optical Sensing Applications
/forschung/publikationen/micro-integrated-light-control-units-for-low-swap-quantum-optical-sensing-applications
Quantum optical sensors, such as atom interferometers or optical clocks, receive increasing interest for deployment in the field and even in space, enabling various applications ranging from inertial…
Integrated atomic devices for field-deployable timing and sensing applications
/forschung/publikationen/integrated-atomic-devices-for-field-deployable-timing-and-sensing-applications
In recent years, new generations of atomic devices for timing, field sensing and communication have been demonstrated in field and space environments, but transfer into further miniaturized systems…