Quantum Algorithms Scientist

Responsibilities

• Develop and implement quantum algorithms on state-of-the-art quantum hardware platforms, optimizing performance and resource usage.
• Undertake both theoretical and applied research on near-term quantum computing algorithms, applications, and enabling technologies.
• Contribute to research on error mitigation, circuit optimization, and benchmarking techniques for quantum hardware.
• Help to author publications, presentations, patent applications, and similar research outputs.
• Work collaboratively in a small international team made up of full-time staff and affiliated PhD students.
• Contribute to the broader growth and success of Phasecraft through research, development, and technical leadership.

• Expertise in quantum algorithms and quantum information theory with a strong foundation in quantum computing.
• PhD (or soon to receive one) in quantum information, quantum computation, computer science, physics, or a closely related field.
• Extensive experience in implementing quantum algorithms on quantum hardware, or clear evidence of ability in this area.
• Strong understanding of quantum circuit design, compilation, and optimization techniques.
• Ability to work independently on research projects while contributing to a collaborative team environment.
• Strong publication track record in relevant disciplines.
• Proficiency in quantum programming languages such as Qiskit, Cirq, Penny Lane, or similar.
• Flexibility to work across different aspects of quantum software, algorithms, and underpinning theory.

• Experience in developing and benchmarking error mitigation techniques for quantum algorithms.
• Knowledge of classical simulation methods for quantum circuits and hybrid quantum-classical approaches.
• Strong software development skills, including experience with Python, C++, or other programming languages used in quantum computing.
• Experience working with industrial quantum hardware providers or in industry-academic collaborations.
• Enthusiasm for learning, research, and translating theoretical quantum computing advances into practical applications.
• Excellent communication skills, with the ability to present complex concepts to diverse audiences.