Explore the fundamental concepts of phase transitions and critical phenomena with this comprehensive introduction. Ideal for researchers and students, this text, part of a distinguished international series, delves into the essential principles of statistical mechanics and condensed matter physics, offering a clear understanding of how matter transforms and exhibits critical behavior.
Explore the intricate interplay of thermomechanics and phase transitions within the framework of classical field theory. This domain investigates how fundamental physical laws, expressed through classical fields, govern the macroscopic changes in a system's state, encompassing concepts from thermodynamics and leading to an understanding of critical phenomena at various scales. It delves into the energy, forces, and dynamics that drive these transformative processes without recourse to quantum mechanics.
Delve into the fascinating world of Ruthenate and Rutheno Cuprate materials, known for their captivating unconventional superconductivity and intriguing magnetic properties. These materials serve as critical systems for exploring complex quantum phase transitions, offering deep insights into emergent phenomena in condensed matter physics.
This research delves into the fascinating compositional evolution of structural phase transitions observed in sodium niobates. It examines how subtle changes in material composition drive significant alterations in their crystal structure and fundamental properties, providing critical insights for understanding these important perovskite materials and their potential applications, particularly regarding their ferroelectric behavior.