1 to 4 of 4 Permanent Qubit Jobs

who can demonstrate knowledge, skills, or experience in some or all the following: Materials modelling (e.g., DFT, DMFT) Nuclear or Electron shell modelling Fermion-Qubit Mappings Fault-Tolerant Algorithms Application of analytical and numerical models Optimisation Collaborative working and good communication skills Stakeholder management Technical Leadership In addition to the more »

and pulsed operation including processor calibration and benchmarking Operation of quantum processing support-infrastructure including dilution refrigerators, control electronics and cryogenic refrigeration Experience of qubit readout with dispersively coupled resonators knowledge of cryogenic system up-keep including specifications and sourcing RF components for cryogenic systems Measuring/simulating physical systems more »

Job Title: Superconducting Qubit Physicist Location: Rutherford Appleton Laboratory, Harwell Campus, Oxfordshire, UK Contract Type: Up to 4 Permanent Positions Salary: Band E S1, £53,818 - £59,199 (gross per annum dependent on experience) Hours: Full-time (We understand the importance of work-life balance, and are happy to discuss … Using your skills in superconducting quantum devices, you will work on a variety of challenging science and engineering projects to implement and improve superconducting qubit systems. You will develop scalable, flexible and robust quantum computing systems to progress on the NQCC s technology roadmap and support deployment of quantum computing … capabilities. Key areas will include scalable qubit architecture design, high-performance qubit development, wiring and control system integration, noise analysis and benchmarking. Main Responsibilities Design, build and operate superconducting qubit quantum computing systems. Develop and apply strategies to improve qubit performance, system integration and scaling. Perform experimental characterisation, calibration, automation more »

and skills you will engage with a set of specific research topics chosen from the following areas: Design and fabrication of next-generation multi-qubit quantum processors enabling hardware-efficient quantum error correction Exploration of Novel circuit QED components enabling fast and high-fidelity gates and measurements Development, fabrication and … characterization of 3D-integrated multi-chip modules Research on elements for quantum communication and modular quantum computing Improvements to qubit coherence enabled by new materials, processes, and chip designs System integration and (real-time) system control enabled by machine learning Tune-up, operation and (algorithmic) benchmarking of quantum computing hardware more »