The Functional Materials Division represents people working with materials that are able to interact with their environment, be it responding to stimuli or acting upon that environment. Examples include piezoelectrics, thermoelectrics, pyroelectrics, ferroelectrics, electroluminescents, photocatalysts and ion conductors.
Examining the application of natural and bio-inspired materials in medicine.
Theoretical ideas applied to machine learning for R&D industrial labs to transform from a traditional human-centric design to a digital-centric design.
Showcasing the latest information from academia, alloy producers, technology providers, OEMs and plant operators.
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