Chapter 97
Gravitational

Physics traditionally treats forces as separate interactions with distinct origins.
This chapter introduces a unified interpretation in which all forces emerge from boundary coherence dynamics.

Different forces become different expressions of the same structural principles.

Electromagnetism governs light, electricity, and magnetic interactions.
This chapter interprets electromagnetic behaviour through boundary curvature displacement and coherence gradients.

Field behaviour emerges from the alignment of structural boundaries.

The weak interaction governs particle transformation and radioactive processes.
This chapter explores how such transformations may arise from coherence transitions across boundary states.

Particle change becomes a reconfiguration of structural alignment.

The strong interaction binds quarks into protons and neutrons.
This chapter examines how intense coherence binding within tightly constrained boundaries may generate strong force behaviour.

Stability emerges from extremely dense structural alignment.