Graduate Student
Optical quantum metrology encompasses the generation, detection, characterization, and verification of
quantum states of light, including the detection apparatus and use of quantum entanglement to
enhance sensitivity compared to classical methods. The project focusses on tools and protocols that can
be used for applications in continuous variable quantum networking and using quantum-enhanced
measurement protocols for exotic quantum states of light. The candidate will work with renowned
theorists and experimentalists and will have the opportunity to make use of cutting-edge equipment,
such as photon-number resolving detectors and extremely high-quality single-photon sources. Tasks
include the development of a squeezing source for exotic quantum state of light generation and the
associated measurement tools, such as a homodyne detector and optical fiber phase stabilization. Due
to the complexity of measurements and to ensure a consistent application of measurement protocols,
automated measurement and data analysis procedures will be necessary.
Metrology for Continuous Variable Quantum Computing and Networking Metrology for Continuous Variable Quantum Computing and Networking
- Experience with lasers and related setups
- 3 or more years of relevant experimental experience.
- Expertise in Quantum Optics, Quantum mechanics and Quantum Information Systems (QIS).
- Ability to build complex and extensive quantum optical experiments.
- Ability to develop prototypes and deployable tools used in advanced quantum field experiments.
- Strong oral and written communication skills and strong presentation skills.
- Programming skills in Matlab and/or Python
- Electrical circuit design and use of photodetectors
- Must be able to work independently and with other researchers while under the guidance of a
mentor
Key responsibilities will include but are not limited to:
- Development of a squeezed vacuum source for continuous variable quantum networking and
associated homodyne detection apparatus. - Develop source and detection characterization protocols.
- Conceptualizing novel and useful quantum optical research ideas and their associated experiments.
- Presenting results at internal and external meetings and conferences.
- Producing high-quality publications based on research and results.
- Ensuring that results, protocols, software, and documentation have been archived or otherwise
transmitted to the larger organization. - Collaborate with team members and share expertise