Epistemic Framing of Quantum Mechanics: A Structural Argument

We argue that quantum mechanics is not an ontological description of microscopic reality but a frame-dependent epistemic structure. Building upon the Aperture Stack architecture, we interpret quantum formalism as a topology of observational constraint rather than a reflection of physical entities. Wavefunction collapse, uncertainty, and measurement are reframed as structural transformations within epistemic geometry. Interpretations of QM are thus slices of frame geometry, not metaphysical claims. We further explore a structural homology between quantum formalism and reflexive cognitive architectures, suggesting a deep alignment between knowing and being.