Quantum Measurement and Modeling Intern

What you'll do

• Measure, simulate, and interpret the performance of research quantum processors and hardware components.
• Conduct experimental characterizations including spectroscopy and time-domain measurements like coherence time assessments.
• Analyze data to understand specific device behaviors and performance characteristics.
• Develop simulation-based models to correlate experimental results with theoretical predictions.
• Investigate coupler dynamics and multi-qubit interaction optimization.
• Utilize open-source quantum simulation frameworks such as QuTiP and scqubits for model-to-hardware correlation.
• Perform research on solid-state qubit platforms and coherence performance relative to qubit frequency.

What we're looking for

• A Bachelor's degree in Physics or a related field is required.
• A Master's degree is preferred.
• Experience with RF and microwave electronics, including spectrum analyzers, digitizers, sources, and pulse generators is required.
• Coding experience in Python is required.
• A research background in solid-state qubit platforms is preferred.
• Fluency in Python packages such as QuTiP or scqubits is preferred.
• Experience with commercial simulation software like HFSS or COMSOL is preferred.