KIR-QER-Nezirov: Kinetically Induced Spacetime and Quantum Field Emergence of Reality — Complete Theoretical Framework with Supplements

Not Actual-----> will be updatet soon! KIR-Nezirov / QER-Nezirov — Complete Works (Treatises & Supplements) This publication comprises the complete body of work of Kinetically Induced Spacetime (KIR-Nezirov) and Quantum Field Emergence of Reality (QER-Nezirov), consisting of two foundational treatises, five mathematical supplements, and a unified symbol index. Core thesis: Spacetime, gravitation, mass, and all fundamental forces are not postulated as independent entities but derived from a single physical principle: the constancy of the speed of light c and the resulting interaction density σ of the vacuum medium. The σ-field is the sole fundamental scalar field of the theory. Main Treatise (KIR-Nezirov V2.1): Derivation of the modified field equation □σ = (8πG/c⁴)·T_μν·u^μu^ν with coupling to the contracted energy-momentum tensor; gravitation as an interaction-density gradient; black hole structure without singularity (interaction collapse); galaxy rotation curves without dark matter (diffusor model); cosmological framework without dark energy. QER-Nezirov V2.0: Complete reconceptualisation of the quantum field as a stochastic possibility space. Collapse as a σ-governed transition from future (ontological possibility) to past (fixed event). Quantum indeterminism is ontological for open systems and epistemic for closed systems. Supplement I (Mathematical Extension V2.4): Complete field equation with interior solution for compact objects; analytical derivation of the diffusor model; confinement potential κ/r from the σ-field structure. Supplement II (QER–KIR Bridge & Compact Objects V2.0): Formal mathematical bridge between the QER possibility space and the σ-field via Fokker-Planck equation, Langevin dynamics, and path integral; predictability exponent x(σ) = 2−σ derived from two physical fixed points; quantitative predictions for five compact object classes (neutron stars, pulsars, magnetars, white dwarfs, quasars); three falsifiable test signatures (Shapiro correction +8.5 %, Δα/α ∝ 1/r, cos²θ anisotropy). Supplement III (Dual Encoding V1.7): Diffusion-drift dualism as amplitude and rate channels; normalised channel pair with critical point σ_c = ½; structural derivation of maximal parity violation as (V−A) projection; non-linear channel coefficients with perturbation theory and stability bound. Supplement IV (W/Z Boson Mass V1.5): Parameter-free derivation of sin²θ_W = 1/3 and m_W/m_Z = √(2/3) from channel structure; perturbative correction factor ξ achieving < 0.6 % experimental precision; connection of quartic coupling λ to resonance damping at saddle point σ_c. Supplement V (Higgs Mechanism, Cosmology & Mass Genesis V1.0): σ-field as universal mass field replacing a standalone Higgs field; m_H = √2·Λ derived analytically from the Κ-potential; KIR Friedmann equation from σ-field dynamics; cosmic inflation as global σ-symmetry breaking (hilltop model, N_e ≥ 60 logarithmically mild); CMB structure formation without dark matter; physical resolution of the Hubble tension via σ̄(t) correction factor (ΔH₀/H₀ ≈ 5–10 %); Achrony as the cosmological finale. Symbol Index: Unified reference for all symbols, operators, constants, and field quantities across the entire series. The theory reduces four ad-hoc entities of the Standard Model (dark matter, dark energy, a standalone Higgs field, the inflaton) to a single physical field: the interaction-density σ-field. Open research problems (fermion mass hierarchy, full embedding in SU(2)×U(1), quantitative CMB fit, Bullet Cluster dynamics) are explicitly identified as such.