Aegiq

Scientist

• Research, develop and simulate quantum error correction codes, decoders and fault-tolerant protocols.
• Investigate QEC approaches for photonic and measurement-based quantum computing within Aegiq's hardware architecture.
• Develop realistic models of hardware noise and loss, including photon loss and erasure errors.
• Evaluate fault-tolerance thresholds, logical error rates, resource overheads and scalability.
• Develop, implement and benchmark decoding algorithms for integration with quantum control systems.
• Collaborate with quantum architecture, experimental and software teams to translate QEC requirements into hardware specifications, control strategies and compilation approaches.
• Develop numerical simulations and research software to evaluate protocols, validate models and support architectural decisions.
• Contribute to technical publications, patents, research programmes and collaborative activities.
• For Senior level: own substantial research activities, define technical approaches, make independent scientific decisions, guide team members and contribute to Aegiq's fault-tolerant quantum computing architecture.

Explore Quantum Error Correction Scientist / Senior Quantum Error… at Aegiq. Review requirements and application details.

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Quantum Error Correction Scientist / Senior Quantum Error Correction Scientist