qubitsok.com
Cut Noise. Work Quantum.
Americas, Canada, Toronto
•
Posted 50 days ago
🏢 Xanadu
Role Type
Role Focus
Seniority
Employer Type
This role is for a Quantum Architecture Scientist focused on designing, simulating, and optimizing the physical/quantum optics layer of a photonic quantum computer. Responsibilities include investigating methods for preparing bosonic qubits and cluster states, along with developing new theoretical and numerical tools. The scientist will also study physical sources of noise and provide critical theory support for experimental demonstrations.
Key Responsibilities
Design, simulate, and optimize the physical and quantum optics layer of the photonic quantum computer.
Investigate methods for preparing bosonic qubits and cluster states.
Develop new theory and numerical tools relevant to quantum architecture problems.
Study physical sources of noise affecting the quantum system.
Provide theoretical support for experimental demonstrations.
Required Skills
MSc or PhD in Physics, Engineering, Computer Science, or a related technical field.
Expertise in theoretical quantum optics or bosonic qubit theory.
Demonstrated Python programming skills.
Demonstrated ability to employ numerical techniques for research problems.
Demonstrated strong communication skills.
Ability to operate in a fast-paced environment and manage competing priorities and deadlines.
Nice-to-have Skills
PhD, postdoctoral, or industry experience in quantum physics or technology.
Deep understanding of Gaussian quantum optics, continuous variable measurement-based quantum computing, or tensor networks.
Experience collaborating with experimentalists or hardware teams to design, simulate, and analyze experiments.
Knowledge of software development best practices.
Excellent Python programming skills demonstrated via a public portfolio or team development experience.
Experience as a project leader, owner, or coordinator.
Experience with high-performance computing.
Technology Tags
The role involves designing and optimizing the physical/quantum optics layer of the computer.
The responsibilities explicitly include investigating methods for preparing bosonic qubits.
Expertise is required in continuous variable measurement-based quantum computing.
Deep understanding of tensor networks is listed as a preferred qualification for simulation tools.
The scientist must investigate and study physical sources of noise in the system.
The role requires investigating methods for preparing specific quantum states like bosonic qubits and cluster states.
Experience with HPC is preferred for running required large-scale numerical simulations.
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