Location: 3 Glass Wharf, Bristol BS2 0EL, UK; 6 Central Square, Cardiff CF10 1EP, UK; Wellington Pl, Leeds LS1, UK; New Bailey St, Salford M3 5AX, UK; Newcastle upon Tyne, UK; Salford, UK; Telford Plaza, Lawn
About Complexio Complexio is the intelligence layer for enterprise AI. Our platform builds a connected understanding of how businesses actually operate - across people, processes, and systems. Enterprises have invested heavily in AI platforms, copilots, and
Quantum Engineer - QEC Hardware At OQC, we aren’t just theorising about the future; we’re building it. Born from a philosophy of bold innovation, we’ve successfully transitioned quantum computing from an academic ambition into a commercial
At OQC, we arent just theorising about the future; were building it. Born from a philosophy of bold innovation, weve successfully transitioned quantum computing from an academic ambition into a commercial reality. The most exciting thing
Location: 3 Glass Wharf, Bristol BS2 0EL, UK; 6 Central Square, Cardiff CF10 1EP, UK; Wellington Pl, Leeds LS1, UK; Newcastle upon Tyne; Salford; Telford Plaza, Lawn Central, Overdale, Telford TF3 4NT, UK; London Borough of
Location: 3 Glass Wharf, Bristol BS2 0EL, UK; 6 Central Square, Cardiff CF10 1EP, UK; 1 Sibbald Walk, Edinburgh EH8 8FT, UK; Wellington Pl, Leeds LS1, UK; Newcastle upon Tyne, UK; Salford, UK; London Borough of
Job summaryThere are 2 posts available one within MSEFT (Acute) and one within EPUT (Mental Health) :-1) MSEs Director of Quality and Clinical Governance you will be responsible for ensuring that appropriate governance arrangements exist to
Help develop the hardware capabilities required to make quantum error correction practical at the quantum processing unit level. Develop, demonstrate and characterise the components and subroutines needed for quantum error correction. Explore novel qubits, gates and couplers, alongside
Oxford Quantum Circuits is seeking a Quantum Engineer to join the QEC Hardware Development team. You will design, calibrate and characterise components and subroutines for quantum error correction, exploring qubits, gates and readout methods, and contributing to