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Europe, Netherlands, Delft

Posted 262 days ago

PhD Position Simulation of Quantum Computers

🎓 Delft University of Technology

EUR 2K - 3K per month

+4 benefits
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Role Type

🧪 Scientist / Researcher

Role Focus

🛠️ Advance Science

Seniority

🌸 PhD / Postdoc

Employer Type

🎓 Academia

Visa / Relocation Details

  • TU Delft offers support for relocation to the Netherlands.
  • The 'Coming to Delft Service' provides information and events to help new hires settle in.
  • A Dual Career Programme is available to assist accompanying partners with job searching in the Netherlands.

This PhD position at QuTech involves theoretical research focused on quantum computing. The selected candidate will develop algorithms for simulating quantum circuits on noisy quantum devices to address challenges like error mitigation. This role contributes to a new group dedicated to creating computational tools for managing errors and imperfections in quantum computers and networks.

Key Responsibilities

Develop algorithms for simulating quantum circuits on noisy quantum devices.

Apply developed algorithms to address challenges such as error mitigation in quantum computing.

Contribute to the development of computational tools, including algorithms, software, and mathematics, for handling errors and imperfections in quantum computers and networks as part of a new research group.

Conduct theoretical computer science research in the field of quantum computing.

Required Skills

Master's degree in Computer Science, Physics, Mathematics, or a closely related field.

Demonstrable experience in quantum computing or quantum information.

Nice-to-have Skills

Experience with simulation algorithms for quantum circuits.

Experience with the stabilizer formalism.

Experience with formal computer science (such as decision diagrams).

Technology Tags

Simulation algos

The core of the job is developing algorithms for simulating quantum circuits on classical computers.

Error correction

The job explicitly mentions error mitigation and dealing with errors and imperfections, making error correction highly relevant.

Classical programming

The job explicitly involves developing algorithms and software to run on classical computers for quantum simulation.

Noise & benchmarking

The job focuses on dealing with "errors and other imperfections" in quantum computers, which inherently involves understanding and mitigating noise.

Complexity theory

The role emphasizes a theoretical computer science perspective, which involves the analysis of computational complexity.

Qubits & gates

Simulating quantum circuits fundamentally requires understanding the behavior and interaction of qubits and gates.

NISQ algos

The job focuses on developing algorithms for "noisy quantum devices," which are characteristic of the NISQ era.

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