This paper is part of the "Unified Cosmic Mechanics Evolution Theory" framework, which systematically reconstructs the foundations of physics from first principles. The complete framework comprehensively reconciles classical mechanics, relativity, and quantum mechanics. It reconstructs the basic logic of the entire physical system, including the normalized origins of mass, energy, force, and momentum, the particle probability wave problem, the origin of gravity, the dark matter problem, and other core issues. It provides the same mechanism and complete foundational logic for everything from the state representation of microscopic matter to macroscopic matter, life, intelligence, and celestial bodies. The framework consists of 22 papers in total, covering: 1. Paper I:Information Dynamics Evolution System2. Paper II:Evolutionary Resources3. Paper III:Cosmic Evolution Rules4. Paper IV:Necessity of the Cosmic Force Update Mechanism and the Origin of Time5. Paper V:Reconstruction of Dynamic Relationships of Basic Physical Dimensions6. Paper VI:The Relationship Between Relativity, Classical Mechanics, and Quantum Mechanics7. Paper VII:Evolutionary Spacetime8. Paper VIII:Single-Particle High-Speed Dynamical Effects and Their Relationship with Relativity9. Paper IX:Reconstruction of the Origin of Magnetism Based on Relativistic Dynamics10. Paper X:Dynamic Reconstruction of Mercury's Perihelion Precession and Gravitational Waves Based on Relativistic Effects11. Paper XI:Field and Particle — Momentum Topological Coding Deterministic Quantum Theory12. Paper XII:Dynamic Compatibility Verification of the Particle Encapsulation Velocity Increase Equation13. Paper XIII:The Nature of Force14. Paper XIV:Particle Velocity Saturation Dynamical Effect15. Paper XV:Corresponding Relationship of Causal Interaction State Evolution between Photons and Electrons16. Paper XVI:Derivation and Verification of the Electron Dynamic Radius Formula17. Paper XVII:Quantum Entanglement — Single-Particle Coordinated Evolution and Three-Layer Angular Momentum Conservation18. Paper XVIII:Indirect Relationship Between Charge and Mass19. Paper XIX:Principle of Momentum Flow Distribution Integral in Multi-Slit Experiments20. Paper XX:Momentum Topological Coding — Derivation of Particle State Evolution Equations21. Paper XXI:Large-Scale Galaxy Co-Evolution — Momentum Deviation Unloading and Reticulate Gravitational Model22. Paper XXII:Cosmic Free-Steady-State Binary Game Evolution — Natural Evolution vs. Unnatural Evolution This is Paper [XI] of the series.

Traditional quantum field theory, which regards fields as spacetime-pervading physical entities and particles as their excitations, faces three dilemmas: lower organizational efficiency than the "1/4πr² perceptual cross-section" collinear interaction, inability to explain force characteristics (e.g., vector superposition, action-at-a-distance) conflicting with quantum entanglement, and unclear field dynamic origin and coupling constant source. It also has redundant driving forces, using force, energy, momentum, etc., alternately, violating logical consistency and reflecting ununified underlying dynamic principles. Based on the information dynamics evolution theory framework, this paper holds that particles and their internal structures are the only physical entities, fields are evolution rule sets, and the universe is a relational state evolution system consisting of m₀, c, and R. Core conclusions: (1) Momentum units are the only underlying resources, c is the only dynamic driving force, with energy = momentum = force = m·c in eigenstate; (2)Particles form via multi-momentum unit cooperative encapsulation; (3) Fields are constraint rule sets, and the four fundamental forces are particle interaction protocols; (4) Quantum uncertainty is a macroscopic observation aliasing effect, with underlying strict causal determinism. This paper establishes core mechanisms such as momentum topological coding, reveals the underlying coding logic of basic physical quantities, and provides a complete framework for unifying quantum mechanics and relativity and reconstructing deterministic quantum theory.