Interference-Based Generative Theory: Unifying Attraction, Gravity, Quantum Phenomena, Time, Psychological Quantification, and Emergence

This paper proposes the Interference-Based Generative Theory (IBGT) as a unified framework for describing attraction, gravity, quantum phenomena, time, psychological quantification, and emergence as distinct phases of a single generative structure. The theory is grounded in the canonical sequence I₀ → F_t → X_t → X̄_t → Δ_t → M_t → C_t → E_t → S_t → Vₜ₊₁, which is interpreted as a process of intersection, friction, generation, reference, difference, retention, circulation, drive, sublimation, and dispersion. In the physical domain, attraction is defined as the minimal principle of difference reduction, and gravity is treated as its physical mapping. This framework is then connected to Newtonian gravity, gravitational potential, orbital period, relativistic field extension, quantum interference, and temporal compression. Time is redefined not as an external container, but as the order of informational updating. In the psychological domain, psychophysics, the forgetting curve, evidence accumulation, and dopaminergic reinforcement are interpreted as compressed observational sequences of the same generative process. Emergence is defined not as externally assigned role formation, but as a higher generative phase in which unresolved differences become self-driven through retention and circulation, resulting in structural reconfiguration and a shift of reference locus. On this basis, attraction, gravity, quantum phenomena, time, psychological quantification, and emergence are read not as separate principles, but as distinct manifestations of a single underlying generative structure. IBGT is therefore positioned as a candidate universal framework connecting the physical, psychological, and emergent domains within the currently observable and quantitatively connectable range.