With a background in superconductivity and cryogenic systems Michael has had a number of technical and commercial leadership roles with Oxford Instruments in Japan, the US and the UK, most recently as Head of Quantum Technologies. Michael is a member of the Institute of Physics and sits on several advisory panels including the NQTP Strategic Advisory Board.
Deputy Director for Operations
Ash has worked within High Performance Computing for over 30 years for UK Government. Ash started his career as a computer scientist developing scientific software on early vector supercomputers, then lead early developments in secure Linux clusters, various emerging technologies, Petascale HPC systems and resilient facilities, whilst collaborating with US national laboratories and other international partners, later moving into Business Leadership, HPC programme and financial management. Ash passionately supports leading-edge computational capabilities for UK PLC as a fundamental tool for Science, and works with UK Government, UK Research Councils, Academia and Industry on long-term computational programmes and future technology strategies. Today, his scientific interests include Artificial Intelligence, Exascale Technologies, Quantum Computation & Algorithms, Quantum Technologies and Cyber-Security. Ash holds degrees in Computer Science with Electronics (University of Oxford, Oriel College).
Deputy Director for Innovation
Prior to joining the NQCC, Simon was the Innovation Lead in Quantum Technologies (QT) at Innovate UK, responsible for shaping and implementing the UK’s innovation strategy for the commercialisation of QT. He managed the portfolio of industry-led projects, as well as leading on international outreach. Simon was previously a fellow of the UK National Quantum Technology Hub in Sensors and Metrology, working on projects with industry and the space agencies towards quantum sensors for space. In 2016, he was seconded to the Government Office for Science to work on the Blackett review of the QT landscape. Simon gained his doctorate at the University of Oxford working on molecular materials for quantum information processing, and was later a research fellow in nanophysics at the University of Birmingham.