For quantum computing, classical AI-inspired computing, synthetic materials and more, superconducting circuits are one of the most promising and scalable platforms due to their high nonlinearity and compactness. We help translate theoretical research ideas that can be implemented on superconducting circuits into experimentally feasible designs that can be readily realized. This includes assistance with improving existing architectures or novel designs seeking particular features.

Whether you come to us with a custom circuit design or choose to design your desired circuit with us, we offer premier fabrication services tailored to your specific wafer and chip requirements. Our state-of-the-art cleanroom fabrication is housed within the Institute for Quantum Computing at the Mike and Ophelia Lazaridis Quantum Nano Centre, recognized globally as one of the top five quantum facilities. This ensures that your projects benefit from the highest standards of precision and quality in the industry.

The culmination of our comprehensive service suite is the experimental characterization of superconducting chips using a cryogenic dilution refrigerator. Whether your device is fabricated with us or elsewhere, we aim to offer remote access to this advanced cooling technology, granting you complete control to conduct detailed experiments on your device. Our goal is to support your experiments, offering guidance to optimize the use of the device and ensure the most effective characterization possible. This approach allows you to maximize the potential of your superconducting chip with precision and efficiency for industry and academic usage.