Quantum Information Architect

The Quantum Information Architect is a central and decisive role to define the architecture and requirements of the future generations of our integrated quantum devices and align these with the overall digital-based quantum computing system architecture.

Requirements

• Designing innovative quantum architectures to efficiently run logical gates and circuits on a NV-based information processing platform.
• Defining, and verifying through modelling, the requirements for the quantum (qubit characteristics, qubit connectivity, architecture symmetries) and system control (temporal and frequency response times and resolutions, amplitudes and dynamic range) hardware, to be suitable for a targeted application/use-case.
• The modelling of the performance of QB’s quantum devices (e.g., gate and measurement fidelity, noise, error, and cross-talk characterizations) and develop strategies to achieve optimal performance.
• Identify and design symmetries in NV-based quantum architectures towards the simplification of the quantum circuits for enabling algorithm optimization.
• Craft experiments based on NV centres in diamonds, contribute to our growth targets by scaling the number of qubits, testing and simulating new qubit architectures, and exploring new control and readout technologies.
• Work closely within an cross-functional team of quantum engineers, device designers and developers, solution and system architects.
• Supporting the growth ambitions of Quantum Brilliance by helping others to gain technical expertise.

Benefits

• Generous Paid Time Off
• 401k Matching
• Retirement Plan
• Tuition Reimbursement
• Relocation Assistance