Reserch Area Symposium Title
Advanced Ceramics for Sustainable Energy
 S1-1 Carbon-Neutral Technologies: Photovoltaics, Photocatalysts, CCUS, and Materials Recycling
S1-2 Carbon-Neutral Technologies: Batteries, Fuel Cells, Electrolyzers, and Related Devices
S1-3 Ceramics of Today for a Greener and Cleaner Tomorrow
Bioceramics S2-1 Frontier of ceramic-related biomaterials
Electroceramics
 S3-1 Advances in Electroceramics
S3-2 Materials Innovation on Thermal Energy Conversion and Harnessing
Engineering Ceramics S4-1 Engineering Ceramics: Processing, Properties, Reliability and Applications
Environmental Materials and green processes
 S5-1 Ceramics for environmental purification and environmental conservation
S5-2 “Green Materials” and Green Processing for a Sustainable Society
Glass and Photonic Materials
 S6-1 Advanced materials science and technology for nuclear waste management
S6-2 Advances in Fussion and Processing of Glass
S6-3 Photoceramics - Synthesis, Functions and Applications of Optical and Colorful Ceramics
S6-4 Science and applications of amorphous materials
Materials and Processing Informatics
 S7-1 Advancements in computational, theoretical, and artificial intelligence methods for the accelerated development of ceramics and glassy materials
S7-2 Machine Learning (ML) in Ceramics and Glass— From Informatics to Autonomous Experiments
Nanomaterials
 S8-1 Nanaostructured Ceramics
S8-2 Novel nanocrystal technologies for advanced ceramic materials & devices
S8-3 Synthesis, Processing and Functionalization of Two-dimensional (2D) Nanomaterials
Solid State Chemistry and Materials Processing
 S9-1 Crystal Science - Recent progress in crystal growth technologies and materials research -
S9-2 Next-Generation Ceramic Films and Coatings Promoted by a Novel Interfacial Concept
S9-3 Polymer-Derived Ceramics and Related Materials
S9-4 Powder Processing for Advanced Manufacturing Technologies
S9-5 Recent Advances and the Future of Additive Manufacturing
S9-6 Solid-state chemistry for functional materials
S9-7 Solid-state chemistry for functional materials