Editorial Open Access

Computational Chemistry in the Era of Digital Science: Transforming Molecular Research and Drug Discovery

Abstract

Computational chemistry has emerged as a transformative discipline that inte grates chemistry with advanced computational techniques to study molecular systems and predict chemical behavior. By utilizing theoretical models and com puter simulations, it enables the exploration of molecular structures, reaction mechanisms, and physicochemical properties with high precision. This editorial highlights the significance of computational chemistry in modern research, par ticularly in drug discovery, materials science, and environmental studies[1]. The role of key methodologies such as density functional theory, molecular dynam ics, and molecular docking is discussed, along with their applications in solving complex chemical problems. Despite challenges related to computational cost and model limitations, ongoing advancements in artificial intelligence and high performance computing are expanding the scope of this field. Computational chemistry continues to bridge the gap between theoretical predictions and ex perimental validation, making it an indispensable tool in contemporary science.

Rahul Verma

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