Our in-house theoretical scientists collaborate closely with our researchers and engineers to develop cutting-edge technology concepts, leveraging the latest advancements in thin-film technology and advanced materials.
We are focused on contributing to a more sustainable future through innovation — continuously exploring the potential of new materials to drive and deliver sustainable technology. Our diverse IP portfolio spans a range of applications, including next-generation ultra-low-power two-terminal non-volatile memory, low-cost near-infrared photodetection and magnetic field sensing. Together with our global partners, we are transforming IP into groundbreaking products that will set new industry benchmarks and unlock emerging market opportunities.
We aim to commercialise scientific innovation that provides the opportunity to deliver sustainable technology solutions for a better global future. We are currently working to disrupt the fields of memory technology, data storage, near-infrared sensing and data transfer, using cutting-edge thin-film technology and advanced manufacturing to develop low-power electronics for a greener future.
Universally applicable across electronic applications — AI, machine learning and in-memory computing — enabling faster data processing and enhanced performance.
Silicon-metal-oxide NIR photodetection to replace expensive III-V detectors at a much lower price point, with full CMOS compatibility.
2022 — Memory Chip Design (completed). 2023 — Flexible Near-Infrared Photodetectors (on-going).
Dr. Bin Zou (CEO), Dr. Andrei Paul Mihai (CTO), Dr. Evgeniy Donchev (COO/CFO) and Dr. Jan Zemen (CSO) — a founding team drawn from Imperial College London and leading European research institutions.
As an early adopter you gain a competitive advantage while helping shape the future of innovation. Get in touch today.
Get in touch today