Mission
StandardX is a UK-headquartered deep-tech company, building sovereign isotope supply for Britain and Europe at a moment when supply chain resilience has never mattered more. An isotope refinery replacing today's fragmented, single-product infrastructure.
Produced to order from a single compact platform, turning chronic scarcity into abundance, starting with the materials behind cancer care.
Who we are
Founding Team
Second-time founder (formerly Kyoto Fusioneering). PhD in fusion engineering with expertise in tritium supply and commercialisation. Combines scientific grounding with hands-on venture experience, and an established standing in the global fusion and nuclear ecosystem.
PhD in nuclear physics and third-time start-up operator. Specialist in accelerator-driven isotope production, and the architect of the StandardX platform. Brings rare combination of deep physics intuition with engineering and operational experience of building and scaling hard technology.
Team
Brings a rare mechanical engineering depth and execution discipline built over 12 years at SpaceX, working on Falcon 9 and Starlink. Leads our engineering programme from concept through to operation.
40 years as a global leader designing, building and operating particle accelerators as a Senior Fermilab physicist. A pioneer of the FFA accelerator architecture driving physics innovation at StandardX.
PhD from the University of Cambridge. 18 years in nuclear engineering, licensing and radiation safety. Leads our regulatory strategy and licensing programme.
PhD in machine learning from the University of Cambridge. Leading AI/ML modelling, simulation tooling and digital twin infrastructure that sit at the heart of our accelerator design and system optimisation.
15 years across medical physics and business development in the nuclear medicine sector, including leading the UK's first clinical targeted alpha therapy trial. Leads engagement and partnerships across the radiopharma ecosystem.
Former Principal Engineer at the UK Atomic Energy Authority. Expertise in the control and instrumentation of complex engineered systems, now applying it to accelerator operations.
Award-winning master's research at the University of Oxford. Leading the design of high-heat-flux targets for our high current system for isotope production.