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 the internal reading of the chain structure as perceived from within the sub-envelope surface world. It is characterized by constant curve speed c, constant rising speed s0, and fixed maximum frequency f_max. Within the sub-envelope surface reading interface, the World Quantum Spiral is uniquely determined by three parameters: curve speed c, maximum frequency f_max, and rising speed s0. The rising speed s0, while geometrically well-defined, is not perceived as an independent speed by observers inside the sub-envelope surface — it is read as mass. The construction uses a symmetric envelope surface as a conditional bridge that aids understanding without claiming to represent absolute reality.

Keywords: World Quantum Spiral; Golden Angle Symmetric Envelope Interface Chain; sub-envelope surface; projection-layer reading; conditional structure; three-parameter determination