advantages of single photons

Scaling up for fault tolerant quantum Computing

Our current photonic architecture lays the groundwork for tomorrow's quantum breakthroughs. The immediate accessibility, scalability, energy efficiency, and networkability of our photonic systems form the robust foundation upon which our Spin-Optical Quantum Computing (SPOQC) architecture is built. SPOQC takes these strengths to the next level, harnessing the power of deterministic entanglement and efficient error correction to push the boundaries of quantum computing. By leveraging the natural advantages of photons and integrating spin-based technologies, SPOQC represents the next evolution in our journey towards fault-tolerant quantum computing. This innovative approach not only preserves the benefits of our current architecture but also unlocks new possibilities for quantum scale and performance.

Discover how we’re turning this vision into reality. Explore our detailed quantum roadmap to see how we will achieve this advanced architecture through carefully planned, incremental steps.