The team
Our team is developing the next generation of memory and control components for superconducting and quantum computing.
The Cryogenic Memory and Quantum Technologies programme at Paihau—Robinson Research Institute brings together physicists, materials scientists, and engineers with deep expertise in superconducting systems and quantum device development. We work closely with collaborators across Aotearoa and internationally to advance energy-efficient computing technologies.
We are developing the next generation of memory and control components for superconducting and quantum computing. Our mission is to translate world-class materials research into scalable technologies that address global challenges in computing, energy efficiency, and sustainability.
Simon Granville leads the cryogenic memory programme. He is an experimental materials physicist with over 20 years of experience in thin-film magnetism and devices. His research focuses on quantum-compatible materials and device physics, and he is the co-lead of a current MBIE Endeavour Programme. Simon plays a central role in building international collaborations and shaping the Institute's vision for applied quantum technologies.
Jackson Miller specialises in the development of cryogenic magnetic memory and superconducting device integration. He co-leads the design and testing of the memory devices and supports process development for rare-earth nitride device fabrication. His work bridges materials science and quantum device engineering.
Will Holmes-Hewett holds a Tāwhia te Mana Future Leader Fellowship from Royal Society Te Apārangi. His research explores the electronic and magnetic properties of rare-earth nitrides and their use in high-performance quantum devices. He is actively engaged in both theoretical modelling and thin-film fabrication.
Emeritus Professor
Robinson Research Institute
Bob brings decades of experience in superconductivity and materials development. He provides guidance on device design and fabrication strategy, and supports commercial engagement and long-term planning for the Institute’s superconducting technologies.
Collaborators
We collaborate closely with colleagues at Te Herenga Waka—Victoria University of Wellington, particularly through the School of Chemical and Physical Sciences (SCPS), including Professor Ben Ruck. The rare earth nitrides materials research programme began at SCPS and their expertise in magnetic semiconductors and advanced thin-film deposition underpins many aspects of our work.
Our quantum technologies programmes also involve collaborations with researchers at the Universities of Canterbury and Otago, as well as leading universities overseas, especially in Australia, Japan, Europe, and the United States.
We are always open to enquiries from potential collaborators, students, and visiting researchers. Please contact one of the team to learn more.