World Quantum Spiral: Definition, Geometric Properties, and Physical Significance

This paper defines the World Quantum Spiral as a geometric structure constructed from the Golden Angle Symmetric Envelope Interface Chain. The World Quantum Spiral is characterized by constant radius, constant rising speed, and fixed frequency — it is the internal reading of the chain structure as perceived from within the sub-envelope surface world. We show that the rising speed s, while well-defined geometrically, is fundamentally unobservable to observers inside the sub-envelope surface. This explains why the World Quantum Theory, in its foundational postulates, defines only two speeds v and d through the relation c^2 = v^2 + d^2. The construction uses a symmetric envelope surface as a pedagogical bridge — a conditional structure that aids understanding without claiming to represent an absolute reality.

Keywords: World Quantum Spiral; Golden Angle Symmetric Envelope Interface Chain; sub-envelope surface; projection-layer reading; unobservable speed; c^2 = v^2 + d^2; conditional structure