Quantum-enabling technologies

Quantum enabling technologies bridge the gap between core quantum components and fully functional quantum systems. We develop tailored electronics, photonics, and precision packaging solutions to drive, control, read out, and integrate quantum hardware with the low noise, high stability, and system-level performance required for real-world use.

Our activities include:

• Development of low-phase noise electronics tailored to high-performance quantum systems, and application-specific integrated circuits (ASICs) for ultra-low-power operation.

• Development of photonic components, including micro-optics light redistribution sheets and cryo-compatible microlens arrays for efficient interfacing of single-photon detectors. 

• Design of compact physics packages for quantum components and of advanced packaging solutions for scalable quantum technologies and devices.

• Integration of complete quantum systems, ranging from chip-scale devices to rack-based instruments.

These enabling technologies support the transition from lab‑scale prototypes to fully manufacturable quantum systems.