Chapter 100
HST vs Newtonian Mechanics

Quantum theory describes microscopic phenomena with remarkable accuracy.
This chapter examines how HST reinterprets quantum behaviour through coherence maps, boundary encoding, and phase structure.

Quantum effects become structural outcomes rather than abstract probabilities.

General relativity explains gravity through curved spacetime geometry.
This chapter compares that framework with the coherence-based interpretation of curvature within HST.

Gravity becomes the stabilisation of coherence gradients rather than distortion of a background fabric.

String theory attempts to unify physics through vibrating higher-dimensional structures.
This chapter contrasts that approach with the boundary coherence framework of HST.

Complex dimensional constructions may be unnecessary when structural invariance is properly understood.