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Due to the structural and functional flexibility and complexity of ferroelectrics, the fundamental science and applications of this material family is continuously evolving. This reference text covers the most significant advances in the field of ferroelectrics over the past decade. The fundamental aspects describe studies based on first-principles calculations, multiscale simulation and ferroelectric models adapted from ferromagnetic counterparts. The experimental aspects describe advanced ferroelectric ceramics made from band-gap-engineered compositions pioneered in emerging multi-sensing and energy harvesting applications, topological defects in ferroelectrics for nanoelectronics, and the emergence of ferroelectricity in halide perovskites. The book links fundamental science to experiments and applications, which is urgently needed by ferroelectrics researchers who must gain knowledge in both aspects. Readers will uncover the latest verified research results and conclusions reached by well-known, pioneering and leading scientists in each of the topics.
Fundamental evolutions of ferroelectricity
Theoretical advances in understanding complex ferroelectrics
Multiscale simulations of ferroelectric oxides
Functional simulation of ferroelectric materials
Emerging ferroelectrics and their novel applications
Photoferroelectrics and energy harvesting
Topological defects in ferroelectrics
Ferroelectricity in halide perovskites