Materials Nexus Limited

Replacing the rare-earths in high-performance magnets would offer significant commercial opportunities by increasing the supply chain resilience and potentially also lowering the cost. This project aims to use the latest artificial intelligence methods coupled with quantum simulations to rapidly identify improved magnet materials that rely less on critica...

Achieving the required step-change improvements in resource efficiency for critical materials for magnets demands significant changes to the way the materials & their production processes are designed. This project aims to demonstrate the viability of using the latest artificial intelligence methods coupled with quantum simulations to rapidly identify imp...

One of the best approaches to improve the resource efficiency of materials is to develop better materials. This can reduce emissions through more efficient performance and reduced costs. However, material development requires the identification of both a new material formula and the development of a viable commercial production process.This project aims t...

Better magnets, with lower costs and higher performance, would lead to significant enhancements of key net-zero technologies such as wind turbines and electric cars, leading to accelerated adoption and faster progress towards net-zero targets. This project will demonstrate the ability to identify new high-strength magnet materials with lower costs and imp...