The Hierarchical Branching of Fields and the Three Generations of Singularities in a Complex Space-Time Framework
Abstract
Abstract:This paper proposes a unified field hypothesis based on "Complex Space-Time." We argue that fundamental interactions are not parallel independent forces but emerge from the hierarchical branching of a "Strong/Weak Proto-Protocol" along the Causal Axis. By analyzing the phase symmetry between Real-Number Space (Einsteinian) and Imaginary-Number Space (Causal), this study derives a matrix of three generations of singularities. It provides a novel explanation for gravitational collapse, superluminal spatial expansion, and the origin of dark energy. ________________________________________I. Introduction Classical General Relativity encounters mathematical divergence at singularities, while the Standard Model faces challenges in unifying gravity with quantum mechanics. This paper redefines physical boundaries through a "Field Branching Sequence," exploring how the universe maintains causal continuity via "Phase Inversion." II. The Hierarchical Branching Sequence of Forces We hypothesize that the evolution of universal force fields follows a progression from "Proto-Protocol" to "Physical Shell": • Level 1: Strong/Weak Interaction (Proto-Protocol): Defines the direction of evolution and primordial symmetry breaking.• Level 2: Electromagnetic Interaction (Interaction Layer): The first horizontal branching of the Proto-Protocol, defining the phase of mass-energy interaction.• Level 3: Gravitation and Inertia (Boundary Layer): The final geometric branching. It is speculated that mass is complex-valued: Gravity acts as the Real part, while Inertia acts as the Imaginary part (Causal Viscosity). III. The Matrix of Three Generations of Singularities Based on the branching sequence, we infer the existence of three distinct phase-inversion gateways: 1. 1st Generation: Observational Singularity: Corresponds to the Strong/Weak interaction; defines the origin of causality and "Identity."2. 2nd Generation: Mass-Energy Singularity: Corresponds to Electromagnetic phase rotation; resolves energy divergence in point charges.3. 3rd Generation: Space-Time Singularity: Corresponds to Gravitational/Inertial physics; manifests as the observed Black Hole phenomenon. IV. Cosmic Metabolism and Spatial Expansion The model suggests that Black Holes (inflow) and White Holes in Imaginary Space (outflow) constitute a cosmic metabolism. • Phase Compensation: To prevent space-time fracture caused by gravitational singularities, space may be required to undergo "Superluminal Expansion" as causal compensation.• Temporal Symmetry: While Einsteinian time reaches zero at the singularity, "Quantum Fluctuation Time" remains constant. We estimate a linear symmetry between the duration of a black hole's existence and the volume of energy injected by its corresponding white hole. V. [Speculations in Future Engineering] Theoretical Feasibility of Interstellar Voyages Regarding long-duration interstellar travel (cycles of 100,000 years), the following forward-looking speculations are proposed: • Phase-Shift Hypotheses: Future voyages might no longer rely on propulsion within real space but could utilize "Matter →right arrow→Information →right arrow→Matter" phase switching, using causal continuity to bypass physical tearing at singularities.• Energy Acquisition Estimates: Vessels could theoretically achieve resonance with "Mass-Energy Singularities" to extract quantum fluctuation energy directly from imaginary space, resolving energy storage constraints for multi-millennial journeys.• Causal Synchronization: By anchoring a "Quantum Clock" to the Causal Axis, it is predicted that travelers could maintain informational synchronization with home civilizations despite massive Einsteinian time dilation, preventing cultural and biological divergence. VI. Conclusion Through the "Three Forces, Six Dimensions, and Three Singularities" model, this paper provides a smooth and continuous interpretation of the universe. Although the manipulation of high-order singularities remains in the realm of hypothesis and imagination, the model logically explains dark energy, the black hole information paradox, and the dependency of mass on charge.
Fields of Study & Subjects
Relativity and Gravitational Theory
Advanced Mathematical Theories and Applications
Black Holes and Theoretical Physics
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 7 February 2026
- Document type
- Preprint