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DFB Laser
/en/research/photonics/optoelectronics-department/laser-types/dfb-laser-1
Laser with Internal Grating (DFB Laser) Laser with Internal Grating (DFB Laser) Scheme The lateral confinement is achieved using a ridge waveguide. A Bragg grating which spans the whole resonator…
RW Laser
/en/research/photonics/optoelectronics-department/laser-types/rw-laser-1
Ridge Waveguide Laser (RW Laser) Ridge Waveguide Laser (RW Laser) Scheme In RW lasers the mode guiding is performed by the step of refractive index due to the deeply etched narrow…
Optoelectronics Department
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The Optoelectronics Department designs, realizes and characterizes diode lasers in the wavelength range from 0.62 µm to 1.18 µm. The basis are III-V semiconductor layer structures on GaAs. The laser…
Photonics
/en/about-us/structure/labs-departments/photonics
In the Photonics Research Area, we cover a broad spectrum of developments in diode lasers and light-emitting diodes (LEDs), which we tailor to specific requirements - currently in four labs and one…
Magnetometry
/en/research/quantum-technology/diamond-nanophotonics/magnetometry
Publications L. Rondin et al. Magnetometry with nitrogen-vacancy defects in diamond, Rep. Prog. Phys. 77, 056503 (2014) V. M. Acosta et al. Broadband magnetometry by…
Diamond Nanofabrication
/en/research/quantum-technology/diamond-nanophotonics/diamond-nanofabrication
Compared to other semiconductor technologies, nanostructuring of diamond has so far been scarcely researched worldwide. In order to use diamond-based technologies in an application-relevant way,…
smartLC
/en/research/quantum-technology/quantum-photonic-components/translate-to-english-smartlc
An easy-to-use quantum sensor laser platform The FBH project smartLC is a part of the collaborative project AI-ARTIQ, jointly pursued by industry partners QUARTIQ GmbH and Creotech Instruments SA,…
Deployment in Space
/en/research/quantum-technology/quantum-photonic-components/deployment-in-space
Laser sources for deployment in space require a series of stringent requirements to be met, be it on electro-optical performance, SWaP (Size, Weight and Power) budget, robustness and reliability.…
Module Development
/en/research/quantum-technology/quantum-photonic-components/module-development
Terrestrial and space-borne applications of lasers in quantum technology and coherent satellite communication pose stringent requirements on electro-optical performance, compactness and robustness…
Fundamental Physics
/en/research/quantum-technology/quantum-photonic-components/fundamental-physics
[1] Frye et al., "The Bose-Einstein Condensate and Cold Atom Laboratory," EPJ Quantum Technology (2021) 8:1, https://doi.org/10.1140/epjqt/s40507-020-00090-8 The Bose-Einstein-Condensate and…