Quantum Architect, Fault-Tolerance
Core
Design and develop fault-tolerance protocols for fusion-based quantum computation and entangled state generation using native photonic operations.
Role type
Senior IC quantum architect (photonic fault tolerance)
Builds
Fault-tolerant quantum computing architectures and error correction protocols
Domain
Quantum computing (photonic/silicon photonics)
Deliverable
production ML models
Required skills
Fault-tolerant quantum computing, linear optical quantum computing, error modeling, graphical calculus (tensor networks, ZX calculus), quantum networks, quantum graph states, Python programming
Preferred skills
PhD in Physics/Math/Computer Science, quantum information theory, C++ programming, GitHub
Technologies
Python, C++, GitHub, tensor networks, ZX calculus
Responsibilities
Design and develop new fault-tolerance protocols for fusion-based quantum computation and entangled state generation; Model the origin and propagation of errors; Simulate and benchmark different protocols; Co-develop the architecture in collaboration with the wider team, communicating results
Seniority
Senior, hands-on IC
