Sygaldry builds quantum-accelerated AI servers to exponentially speed up AI training and inference, cutting compute costs and improving energy efficiency. Backed by Y Combinator.
About the role
Define and drive the end-to-end fault-tolerant architecture for novel hardware spanning multiple qubit modalities, from QEC theory down to hardware-level implementation Make and defend high-stakes architectural trade-offs across QEC codes and fault-tolerant logic under real device constraints and noise
What they're looking for
- A PhD in physics, applied physics, computer science, electrical engineering, or an equivalent degree in a similar field
- 8+ years of experience in quantum error correction and fault-tolerant architecture, including senior or lead roles
- A strong publication record in quantum error correction, fault tolerance, or related fields
- Demonstrated experience implementing and validating QEC or fault-tolerant protocols on real quantum hardware
- Hands-on experience taking quantum technology from theory through deployment, ideally in an industry setting
- Strong programming skills in a scientific computing environment
More about this role
Sygaldry Technologies is building quantum-accelerated AI servers to exponentially speed up training and inference for AI. By integrating quantum and AI, we're accelerating the path to superintelligence, and addressing the problem of rising compute costs and energy bottlenecks. Sygaldry AI servers combine multiple qubit types within a single, fault-tolerant architecture to deliver the combination of cost, scale, and speed necessary for advanced AI applications. We pioneer new domains in physics, engineering, and AI, tackling the hardest challenges with a grounded, optimistic, and rigorous culture. We're looking for individuals ready to define the intersection of quantum and AI and drive its profound global impact.
Sygaldry Technologies is seeking an exceptional scientist to serve as a Senior Quantum Architect. In this role, you will own the architectural vision for integrating multiple complementary qubit modalities into a fault-tolerant quantum computing system, bridging error correction theory with the realities of physical hardware. This is a rare opportunity to shape the foundational architecture of a new quantum computing paradigm.
Define and drive the end-to-end...
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