✨ About The Role
- The role involves independently designing and executing experimental programs to inform the technical roadmap and drive systems-level improvements.
- The candidate will identify and address complex gaps in existing technology through collaborative work with cross-functional teams.
- Defining and testing requirements for new hardware components from the perspective of quantum processor performance is a key responsibility.
- The position requires performing measurements and data analysis to identify loss and dephasing channels in quantum devices.
- Proposing new experimental solutions to improve device performance will be a critical aspect of the job.
- The candidate will work closely with engineers and scientists with expertise in various fields, including cryogenics, device design, and RF electronics.
- The role is focused on building the next generation of Rigetti’s quantum hardware and unlocking new performance levels of quantum processors.
⚡ Requirements
- A successful candidate will hold a Ph.D. in experimental physics, demonstrating a strong academic background in the field.
- The individual should possess a command of RF measurement techniques, indicating proficiency in relevant technical skills.
- Hands-on experience with cryogenic systems and measurements is essential, showcasing practical knowledge in specialized equipment.
- The candidate must have a proven track record of experimental problem-solving and research, particularly with a focus on product development.
- Adaptability is crucial, as the candidate should be able to quickly adjust plans based on new data while maintaining focus on defined goals.
- A working knowledge of Python is required, highlighting the importance of programming skills in this role.
- The ideal candidate will enjoy teamwork and collaboration, indicating a preference for working in diverse, cross-functional teams.
- A history of meaningful accomplishments in quantum science or related fields will be a significant advantage.