Advancements in Quantum Mechanics: Exploring Novel Approaches to Solve Complex Molecular Structures

Abstract

In order to tackle the intricate problems that arise in molecular science, quantum mechanics has developed as a theoretical framework. Researchers can now model, simulate, and analyze molecular structures with remarkable accuracy and efficiency because to the development of improved computational tools, quantum algorithms, and quantum computing. Studying the most common learning difficulties, insufficient teaching strategies, and other significant instructional or conceptual problems encountered by senior and/or junior level science and engineering college students during the instruction of Quantum Physics is the primary goal of the current investigation. In this study, I focused on how teachers progress while teaching Quantum Physics and how classrooms should function rather than on conceptual concerns related to learning and teaching Quantum Physics.