METHODS FOR VISUALIZING COMPLEX CONCEPTS IN QUANTUM MECHANICS

Abstract

This paper is devoted to methods of visualizing complex concepts of quantum mechanics, such as wave functions, superposition, quantum tunneling, and entanglement, which are notoriously difficult for students to grasp through mathematical formalism alone. The relevance of the topic is determined by the growing role of interactive simulations, animations, and virtual and augmented reality tools in modern physics education, which help transform abstract quantum phenomena into perceivable visual models and thereby improve conceptual understanding and reduce common misconceptions among learners