Quantum instruments for exploring Nature’s computational limits | Quantum Sensing - Networking - Computing
Edmonton, Alberta
Q-Block Computing builds quantum computers to decode Nature's computational language. We treat quantum systems as scientific instruments—microscopes for exploring the universe's deepest secrets. Our quantum sensing, networking, and control technologies solve immediate challenges and advancing our capabilities for fault-tolerant quantum computing. What if the extended Church–Turing thesis holds true? The universe itself might be fundamentally computational. Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms. Every breakthrough brings us closer to tools that could reshape our understanding of reality. These aren’t purely scientific pursuits. Our entrepreneurial efforts deliver real commercial value today—solving practical problems in timekeeping, communication, and optimization—and funding our long-term objectives. We’re building the infrastructure of a quantum-enabled world and asking the deepest questions about our universe with the instruments we build. If you’re fascinated by frontier physics, believe precision engineering enables discovery, and want to participate in humanity's quest to read Nature’s computational code—let’s build this together.
On-site · Ottawa
The role involves configuring and bench-testing embedded firmware modules on ARM Cortex-M platforms for quantum hardware. You will also operate laboratory instruments to characterize hardware behavior and document test results for the development team.
On-site · Ottawa
The Photonics Integration Technician will perform precision assembly, alignment, and testing of quantum hardware subsystems using optical components and fiber optics. They will also document build procedures, maintain test equipment, and collaborate with the hardware team to support prototype development.