Topic: Unraveling the Dynamic Interplay between Microstructure and Functional Characteristics in Advanced Electroceramics

Electroceramics exhibit a plethora of outstanding properties, including high mechanical strength, superior insulation resistance, exceptional temperature and humidity tolerance, radiation resilience, and a broad range of dielectric constants. Consequently, they are extensively employed across various sectors such as electronics, telecommunications, automotive industries, renewable energy, aerospace, and defense. Recognizing the crucial role of electroceramics in advancing economic and societal development, we are organizing a Special Issue titled "Unraveling the dynamic interplay between microstructure and functional characteristics in advanced electroceramics". This issue will encompass but not be limited to the following topics: (1) Manufacturing and processing techniques for electroceramics; (2) Dielectrics, piezoelectrics, ferroelectrics, and ferroics; (3) Electrical, optical, and magnetic characteristics of electroceramics; (4) Device applications and innovations; (5) Advanced characterization and simulation methodologies. We cordially invite scholars to submit their manuscripts for consideration.