On the Fragmentation Between Macro and Micro Caused by Hierarchical Confusion of Envelope Surfaces

Standard physics treats the macro and micro as two different scales of the same physical world, and attempts to cover both with a unified mathematical framework. This paper argues that this effort has long failed because standard physics has not recognized the hierarchical structure of envelope surfaces — the Planck envelope surface, the electron envelope surface, the molecular envelope surface, etc., each being an independent reading interface with its own ruler (speed limit, mass reference, action reference). Having failed to identify these hierarchies, and having failed to understand the coexistence and nesting relations between them, standard physics mistakes the readings of the electron envelope surface for "parameters of the universe itself," thereby creating an unbridgeable rift between macro and micro. This paper demonstrates: the fragmentation between macro and micro is not an inherent feature of the physical world, but a misreading caused by hierarchical confusion of envelope surfaces.