spin qubit

The aim of the role is to realise functional quantum memories using the electronic and nuclear spins of tin-vacancy (SnV) colour centres in nanofabricated diamond chips, using quantum optical control from single confined spins using both optical and microwave fields. The research topics will include the realisation of efficient photon emission, high-fidelity coherent spin control using optical and microwave control, demonstration of spin-photon quantum entanglement, and quantum information transfer and storage in nuclear spin registers.

Are you looking for an opportunity to contribute to the next revolution in computing technology? Do you want to take part in an exciting and rapidly growing new industry? Do you want to put your skills to use at the forefront of a cutting-edge field? Our Hardware team is looking for someone like you!

Summary of Position and Responsibilities

Xanadu is seeking a full-time Experimental Physicist/Research Engineer to work within the hardware team (20+ physicists and engineers) to develop and optimize all aspects of their transition edge sensor technology, and its integration into quantum computing hardware. This role involves full-stack systems-level design, construction, prototyping, testing, and deployment of cutting-edge detection technology. In addition, candidates may be responsible for writing patents and peer-reviewed publications describing these devices and their capabilities, when applicable. Successful applicants will have a proven track record of accomplishments and creativity in scientific experimentation, prototype development and precision measurement.

Developing a Solid-State Quantum Memory with Nuclear Spins - University of Cambridge