Over three days, the Hasselt Diamond Workshop 2026 brought together researchers and engineers to exchange insights on NV-center physics, spin-based architectures, and the challenges of scaling diamond-based quantum systems
Discussions across the workshop highlighted ongoing progress in coherence improvements, readout techniques, and the evolving requirements of the control stack as experiments move from isolated setups toward more integrated and scalable platforms.
At the Qblox booth, a live tabletop demonstration showcased NV-center tune-up workflows, including RF control, precise time-tagging, and deterministic synchronization across multiple control elements. The setup provided a practical view of how integrated control systems can support spin-based quantum experiments.
Conversations throughout the event reflected a shared focus on improving fidelity, stability, and system-level integration. As the field continues to advance, close collaboration between hardware, software, and experimental teams remains essential.
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