Expert presentation on NV-based quantum sensing experiments from SAL and IJS, followed by live Q&A and grants matchmaking.
What You’ll Learn
- How SAL’s GIRAFFE experiment achieved fully embedded RFSoC-based control
See how Silicon Austria Labs developed a fully embedded control system for NV-based quantum gyroscope experiments, achieving high-fidelity operation without external PC dependencies. Learn the engineering decisions behind RFSoC implementation and deterministic timing. - How IJS NV experiments address reproducibility and synchronisation
Understand the practical challenges Jožef Stefan Institute faced in making NV center experiments reproducible and properly synchronized. Discover specific solutions that improved experimental consistency and day-to-day reliability. - Engineering decisions that improved day-to-day reliability
Hear real examples of technical choices that made the difference between experiments that “work sometimes” and systems that “work consistently.” Learn what worked, what didn’t, and what the teams would do differently. - Transferable lessons for other labs and demonstrators
Take away practical insights you can apply to your own quantum sensing experiments, whether you’re building demonstrators for research, preparing consortium proposals, or planning commercialization paths. - Grants matchmaking
Are you looking for partners for grant applications?
The webinar aims to connect different stakeholders seeking partners for the following grant calls.
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