Defect Control and Functionality in Ceramics

Since its inception in 1954, this conference has served as a cornerstone for advancing our fundamental understanding of ceramics and their transformative applications. The 2026 edition will focus on Defect Control and Functionality in Ceramics, spotlighting how substitutional alloying and lattice defects can be harnessed to unlock enhanced material properties and new functionalities for energy conversion, computation, and extreme environments. Sessions will feature cutting-edge, unpublished research in areas such as: predictive defect chemistry, high-entropy ceramics, photo-ionics, solid-state electrochemical interfaces and transport, autonomous experimentation and sustainable ceramics. Renowned international experts will present advances in computational materials design, fundamental thermodynamic and kinetic measurements, and innovative processing techniques. Each talk is followed by in-depth discussions, fostering critical dialogue and idea exchange.

Complementing the main conference, the Gordon Research Seminar (GRS) offers a dedicated platform for graduate students and postdocs to present their work, build professional networks, and participate in career development sessions. Participation in the GRS, scheduled immediately prior to the GRC, prepares early career researchers for active engagement in the larger GRC.