Energy Levels in Quantum Mechanics vs. CRVD: Interpretation and Comparison
Abstract
In Quantum Mechanics, energy levels are intrinsic, fundamental attributes of asystem, arising necessarily from the mathematical structure of the Schrödingerequation when applied to bounded systems. Discreteness is absolute, dictatedby the requirement that wave functions satisfy specific boundary conditions,leading to a discrete spectrum of eigenvalues. Transitions between these statesare characterized by probabilistic superposition and instantaneous collapse—non-local, non-classical postulate mechanisms.In CRVD, energy levels are interpreted as emergent macroscopic features—themeasurable energy content associated with specific, dynamically stablegeometric-dynamic configurations within a continuous underlying medium.Discreteness is an empirical observation reflecting the limited set of robustconfigurations the continuous medium can sustain, not a fundamental
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