The macroscopic functional properties of ceramic materials—such as strength, toughness, thermal conductivity, electrical behavior, and resistance to degradation—are profoundly governed…

Ferroic ceramics, encompassing magnetic oxides, ferroelectrics, and multiferroics, exhibit a vast array of physical properties critical for future information storage,…

Raw materials underpin the performance, cost, and sustainability of glass and ceramic products, yet the industry faces increasing challenges related…

Advanced ceramics and glasses are attractive for next generation nuclear energy as they help technological advances that enable more efficient…

By 2030, society will deploy 10 trillion sensors, 75 billion connected objects, and 110 billion IoT devices. Powering these systems…

This symposium focuses on recent advances in nickelates, with emphasis on synthesis, structure–property relationships, magnetism, and the roles of strain,…

The symposium aims to cover the role of ceramic and composites in advancing next-generation technologies for energy efficiency, and industrial…

The symposium focuses on AI/ML applications in autonomous experimentation and self-driving laboratories for materials discovery and manufacturing. Special attention will…

Processing and manufacturing routes play a critical role in determining the microstructure, performance, and reliability of advanced structural and functional…

This symposium highlights experimental and computational research aimed at understanding point defect equilibria and kinetics in ceramic materials. Defect chemistry…