Description
Emerging Trends and Advancement in Physical Sciences is a comprehensive multi-author volume that brings together cutting-edge research and innovative perspectives across diverse domains of physical sciences. The book explores frontier areas such as supercapacitors, bimetallic chalcogenide nanostructures, solar cells, crystal characterization, hardness testing methods, and magnetron sputtering, while also delving into machine learning applications in materials science, biochar, semiconductor materials, and bioenergy applications. This volume reflects the interdisciplinary nature of modern physics, connecting traditional physical science principles with advancements in nanotechnology, renewable energy, computational methods, and advanced materials. Each chapter, contributed by experts from reputed institutions, provides detailed insights into theoretical foundations, experimental methodologies, and future research directions. Designed for researchers, academicians, and postgraduate students, this book offers both depth and breadth, making it a valuable reference for those engaged in physical sciences, material research, and interdisciplinary studies. By highlighting the emerging trends and challenges, the book aims to inspire further innovations and collaborative research in shaping the future of physical sciences.
