We are seeking a talented and ambitious candidate to join our team in developing next-generation quantum sensors. The position focuses on the analysis and feedback control of a diamagnetically levitated ferromagnetic particle.
This levitated, freely precessing particle represents a system of correlated spins, capable of rapidly averaging quantum uncertainty. By leveraging this system, we aim to develop quantum sensors with sensitivities surpassing the standard quantum limits.
This position is based in the Quantum Innovation Centre (Q.Inc) and Institute of Materials Research and Engineering (IMRE). The successful candidate will contribute to a range of innovative activities, including:
Key Responsibilities:
- Analyzing signals acquired from SQUIDs (Superconducting Quantum Interference Devices)
- Investigating the coupling between the particle’s motion and the spin degrees of freedom of individual nitrogen-vacancy centers to explore mechanically mediated quantum networks
- Develop feedback control system to precisely manipulate the particle’s motions
Requirements:
- Bachelor or master’s in physics, Applied Physics, Precise Instrumentation, or related fields
- Strong motivation for multidisciplinary research
- Prior experience in superconductivity and/or quantum sensing is highly preferred
