💼 About This Role

You'll conduct independent and collaborative research in AMO physics for quantum information applications. You'll develop scalable architectures for neutral-atom QPUs with cavity QED interfaces. Your work will drive advances in distributed quantum computing and quantum communications.

🎯 What You'll Do

• Engage in independent and collaborative research in AMO physics for quantum information.
• Develop scalable architectures for neutral-atom QPUs with cavity QED interfaces.
• Optimize protocols for fast, high-fidelity neutral-atom qubit operations.

📋 Requirements

• PhD in physics or related field before starting.
• Demonstrated expertise in AMO theory for quantum information with publication record.
• Strong programming skills for numerical simulations and data analysis.
• Proficient English communication (written and verbal).

✨ Nice to Have

• Knowledge of cavity QED or neutral atoms for quantum information.
• Familiarity with fault-tolerant quantum computing or quantum communication.
• Experience leading collaborative research with experimentalists.