IRG 2 addresses the challenge of creating structural materials that can endure extreme temperatures, pressures, and environments required for future technologies like nuclear fusion and hypersonic defense systems. By exploring the effects of extreme conditions on the stability, structure, and properties of materials, the group develops new paradigms and enhances material performance.

The research integrates neutron scattering, in situ experimentation, and AI-driven modeling to uncover relationships between materials' structure, properties, and processing. This interdisciplinary approach enables the design of materials capable of maintaining superior performance in harsh conditions, driving innovations in energy, security, and transport applications. The group’s work is essential to advancing high-performance technologies and ensuring the reliability of materials for extreme operating environments.