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Americas, United States, Pasadena

Posted 33 days ago

Quantum Research Scientist Intern, Device and Architecture Theory, AWS Center for Quantum Computing

🏢 Amazon

USD 136K - 184K per year

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Role Type

🧪 Scientist / Researcher

Role Focus

🛠️ Advance Science

Seniority

🌱 Internship / Entry-Level
🌸 PhD / Postdoc

Employer Type

🏢 Industry

Visa / Relocation Details

  • Due to applicable export control laws, candidates must be a U.S. citizen or national, U.S. permanent resident (current Green Card holder), or lawfully admitted into the U.S. as a refugee or granted asylum.
  • Candidates must be able to obtain a US export license if they do not meet the other specified legal statuses.

This internship position at the AWS Center for Quantum Computing involves conducting pathfinding theoretical research to support the development of next-generation quantum processors. The intern will focus on key areas such as the device physics of superconducting circuits, novel qubit designs, and the physical implementation of error-correcting codes. The research aims to inform and guide the technical development carried out by the quantum hardware teams. This role requires close collaboration with both theoretical and experimental colleagues to explore these critical research directions.

Key Responsibilities

Conduct pathfinding theoretical research to inform the development of next-generation quantum processors.

Explore potential focus areas, including the device physics of superconducting circuits and novel qubits and gate schemes.

Investigate the physical implementations of error-correcting codes.

Work closely with both theorists and experimentalists to explore defined research directions.

Required Skills

Enrollment in a PhD program in physics, applied physics, electrical engineering, computer science, or an equivalent degree in a similar field.

Research experience in quantum physics (e.g., in quantum computing, communication, or sensing; condensed matter physics; or atomic, molecular, and optical physics).

Proficiency in a scientific programming environment.

Excellent problem-solving skills.

Excellent communication skills.

Nice-to-have Skills

Familiarity with quantum error correction (qubit codes and/or bosonic codes).

Experience performing numerical simulations of quantum systems.

A demonstrated track record of original, impactful research on superconducting qubits, cavity/circuit QED, quantum optics, open quantum systems, or related areas.

Experience successfully delivering on projects as part of a cross-team collaboration.

Experience working directly with experimental data or supporting an experimental collaboration.

Technology Tags

Superconducting Circuits

The job explicitly focuses on conducting theoretical research on the device physics of superconducting circuits.

Error correction

A key focus area is the research and physical implementation of error-correcting codes, which requires familiarity with quantum error correction.

Device modelling

The theoretical pathfinding research is intended to inform the development of next-generation quantum processors and architecture.

Open Quantum Systems.

Experience in open quantum systems is explicitly listed as preferred qualification for this theoretical research role.

Solid-State Physics

The focus on superconducting devices and condensed matter physics research experience strongly implies knowledge of solid-state physics principles.

Circuit QED

Experience with cavity or circuit QED is explicitly listed as a relevant area of research in the preferred qualifications.

Classical programming

The role requires proficiency in a scientific programming environment for performing theoretical calculations and numerical simulations.

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