Energy Comparison Study and analysis of wave particles in different mediums using various equation models
DOI:
https://doi.org/10.26821/IJSHRE.13.02.2025.130202Abstract
This study looks at how waves and particles interact in different materials by comparing several mathematical models. By analyzing concepts from classical wave theory, quantum mechanics, and fluid dynamics, we explore how energy moves and changes in solids, liquids, and gases. Using both theoretical analysis and computational simulations, we examine key factors like wave speed, energy transfer, and momentum changes. The results highlight how waves sometimes behave smoothly, like in classical physics, but at smaller scales, quantum effects cause them to act more like particles. This research helps improve our understanding of wave-particle interactions, which could lead to better models for engineering, optics, and material science applications.
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