Abstract This paper develops a structured reading of physical stability across scales. It does not propose new physical law. Instead, it interprets established physics, chemistry, biology, sensing, symbolic formation, and knowledge through the lens of bounded corridors: admissible regions in which stable form persists under constraint. The argument proceeds from fields, particles, symmetry, entropy, fermions, bosons, mass, forces, spacetime, atoms, chemistry, redox gradients, cells, organisms, sensory worlds, symbols, and consciousness. The central claim is that stable entities are not best understood as isolated things, but as constrained configurations that persist only while remaining within admissible bounds. The paper distinguishes established results from interpretive extensions and open questions throughout. Physics is treated as the base layer of lawful constraint; biology as maintained chemical recurrence; information as persistence with memory; symbols as shareable compression; and consciousness as an open problem rather than a solved consequence of the framework. The aim is synthetic and disciplinary: to provide a coherent vocabulary for reading stability, transformation, and failure across scales without collapsing physics into biology, biology into consciousness, or constraint logic into final ontology.
Devin Bostick (Tue,) studied this question.