Advances in Computational and Theoretical Chemistry

Recent developments in computational and theoretical approaches transform understandings in chemical behavior at both molecular and materials levels. With the rapid growth of computational power and sophisticated modeling techniques, researchers predict structures, reactivity, and dynamics with accuracy. These approaches enable the exploration of complex chemical phenomena that are often difficult to observe experimentally, from quantum-level interactions in molecules to large-scale simulations of functional materials. Computational and theoretical chemistry accelerate materials discovery, guiding experimental design, and addressing global challenges in energy, environment, and technology. Advances in Computational and Theoretical Chemistry: From Molecules to Materials provides a cutting-edge synthesis of modern computational methods and their chemical applications. It examines essential quantum chemical techniques, AI-driven discovery, and material design while exploring practical chemical problem-solving. This book covers topics such as drug discovery, electronic engineering, and computational design, and is a useful resource for chemists, engineers, academicians, researchers, and scientists.