Quantum Mechanics as Structural Fixation

This paper proposes a structural interpretation of quantum mechanics in which observed states are not probabilistic outcomes, but fixed configurations within a deeper hierarchical system. Instead of treating measurement as a collapse of a wavefunction, this work reframes observation as access to pre-constrained structural states. The apparent randomness in quantum behavior is interpreted as a limitation of observational reach rather than an inherent indeterminacy of reality. The framework introduces the concept of structural fixation, where each observable state corresponds to a stable configuration within a layered configuration space. Transitions between states are governed not by stochastic processes, but by constraints imposed by structural depth and accessibility. By shifting the perspective from probabilistic evolution to constrained structural realization, this work aims to provide a unified interpretation linking quantum mechanics, hierarchy, and system-level organization. This work extends the structural framework introduced in: The Structural Depth Law of Timehttps://doi.org/10.5281/zenodo.19071535 Full framework:https://marketalchemy.io Applied research:https://marketalchemy.io/library.html