EQTC 2023
The Ferdinand-Braun-Institut will present its developments and modules at the European Quantum Technologies Conference 2023 at the joint Berlin-Brandenburger stand (F08-F10). You can find further details in our press release.
At the conference, scientists from FBH and the Joint Labs with HU Berlin will present current results and developments in various contributions:
Talk
Laura Orphal-Kobin (HU): Optically coherent NV defect centers in diamond nanostructures for enhanced entanglement generation
Poster - Session on 18.10.2023
- Machine learning based inverse design of semiconductor laser components using low-data-demanding algorithms
- 2D and 3D FDTD Simulations of Bragg gratings in GaAs-based Ridge Waveguides
- Generating entangled photonic resource states for quantum network applications with color centers in diamond
- Zero-Magnetic Field Quantum Control and Coherence Measurements of a Tin-Vacancy Color Center in a Diamond Nanopillar as a Spin-Photon Interface
- Magnetic field camera based on infrared absorption ODMR mediated by diamond NV centers
- Development of a Micro-Integrated Optically Pumped Magnetometer for Magnetomyography in Space
- Miniaturized crossed beam optical dipole trap and enabling technologies for compact atom-based quantum sensors
- Bragg Grating Based Frequency Reference Module for Operation in Quantum Technology Applications
- Trade-off design considerations for laser systems for high-end quantum sensor applications
- Fabrication of suspended “sawfish” photonic crystal cavities in diamond
Poster - Session on 19.10.2023
- Edge emitting semiconductor laser emitting at 626 nm and 619 nm for usage in quantum information processing
- A portable warm vapor memory
- Monolithic Integration of Extended Cavity Diode Lasers at 778 nm and 1064 nm
- Micro-integrated Diode Laser Modules for Operation in Quantum Technology Applications
- Extensive study of magneto-optical and optical properties of Cd1−xMnxTe between 675 nm and 1025 nm
- Towards a Spaceborne Two-Photon Rubidium Frequency Reference