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Cut Noise. Work Quantum.
Role Type
Role Focus
Seniority
Employer Type
This position is for a Quantum Researcher focused on advancing ion trap quantum computing technology. The role requires expertise in either experimental hardware development, utilizing skills in optics and UHV systems, or specialization in theoretical research, focusing on quantum error correction and optimization of quantum algorithms. Successful candidates will contribute to foundational technology development and publications aimed at achieving scalable and practical quantum computing.
Key Responsibilities
Propose original methods for quantum error correction and quantum algorithms.
Analyze and optimize the application of these methods for real quantum hardware.
Perform numerical simulations of complex quantum systems.
Develop new theoretical structures for foundational quantum computing technologies.
Analyze experimental outcomes provided by hardware development teams.
Contribute significantly to academic publications and the development of intellectual property.
Required Skills
PhD (completed or expected) in Physics, Engineering, or Computer Science.
Foundational knowledge in quantum physics, quantum optics, computer science, or information engineering.
Basic understanding of quantum computing principles.
Proficiency in data analysis and programming using Python or MATLAB.
Nice-to-have Skills
Experience conducting experiments with quantum hardware.
Knowledge of quantum error correction theory.
Familiarity with quantum algorithms.
Experience with ion trap technologies.
Background in numerical simulations of physical systems.
Familiarity with ultra-high vacuum systems and laser systems.
Proficiency with development tools such as Git.
Technology Tags
The core focus of the job is the development of next-generation ion trap quantum computers.
Proposing novel approaches to quantum error correction is a key responsibility for both roles.
Proposing novel approaches to quantum algorithms is a key responsibility for both roles.
Foundational knowledge of quantum optics and expertise in cavity QED theory are required for experimental work.
Hands-on experience with UHV system is required and experience with cryogenic experiments is preferred.
Expertise in microfabrication, integrated photonics, and MEMS design is highly valued for device scalability.
Proficiency in programming tools like Python and MATLAB is required for data analysis and numerical simulations.