Force Equilibrium Theory: A Unified Framework of Everything Based on the A‑Field B‑Wave Binary Medium and the Principle of Force Equilibrium (Expanded Edition with Integrated Derivative Works)

This paper presents the Force Equilibrium Theory (FET), a novel unified physical framework built on three core axioms: (1) the sole ontology of the universe is the continuous A‑Field (dark matter field) with an intrinsic attractive force; the B‑Wave (light fluctuation) is its internal energy excitation state with intrinsic radiation repulsive force; (2) the necessary and sufficient condition for the stable existence of any structure is the local or global dynamic equilibrium between the attractive force of the A‑Field and the repulsive force of the B‑Wave; (3) the evolution of the universe always follows the principle of least action. From these axioms, the theory qualitatively derives the essence of elementary particles as bound B‑Wave standing wave states in the potential wells of the A‑Field, reducing intrinsic particle properties (mass, charge, spin) to specific manifestations of standing wave modes. It proposes an origin‑based particle classification system (the AB Camp Classification) and reveals the synergistic role of neutrinos and photons as the “dual pressure relief valves” of the universe. The mass of the top quark is interpreted as the collapse threshold of photon trapping by the A‑Field potential well. A new definition of mass is proposed: m = hν/c². Particles and antiparticles correspond to the compressed and expanded states of the A‑Field, respectively. The hierarchical explosion cosmological model describes the Big Bang as a multi‑level explosion process from the cosmic scale down to the Higgs scale, and the unified evolution model of celestial bodies unifies planets, stars, and black holes as different force equilibrium states. The theory also applies FET to ten major observational anomalies unexplained by mainstream science, including the quantum vacuum zero‑point energy density problem, the Bullet Cluster separation, dark energy evolution, the Hubble tension, and the matter‑antimatter asymmetry. This paper is supported by six derivative works that extend the FET framework to specific domains: A Complete Physical Derivation of Consciousness Based on Force Equilibrium Theory (DOI: 10.5281/zenodo.20411005): Constructs a physical model of consciousness, deriving the evolutionary origin of the brain as an advanced pressure‑relief valve, the genetic imprinting of force‑equilibrium feedback, and a four‑module system (memory, instinct, thought, emotion). It interprets core conscious phenomena such as pain, pleasure, love, dreams, and curiosity within the FET framework-1. Unified Interpretation of Gravitational Waves, Neutrinos and Electromagnetic Fields: Formation Mechanism of Odd Radio Circles (DOI: 10.5281/zenodo.20409929): Unifies the physical essence of gravitational waves and neutrinos, proposes the complete formation mechanism of Odd Radio Circles (ORCs) from A‑Field perturbation to radio radiation, and introduces a gravitational wave interference cancellation effect to explain their spatial distribution, supported by five testable predictions-2. Qualitative Derivation and Experimental Verification Path of Low‑Temperature Quantum Phenomena (DOI: 10.5281/zenodo.20409786): Systematically interprets superconductivity, superfluidity, Bose‑Einstein condensation, and quantum tunneling. It proposes that absolute zero reveals the intrinsic ground state of the A‑Field and B‑Wave, and introduces an original prediction that superfluids can serve as probes for detecting A‑Field/B‑Wave spatial distribution-3. Unified Interpretation of Neutrino Physics Within Force Equilibrium Theory (DOI: 10.5281/zenodo.20409644): Defines neutrinos as single‑unit deformation ripples of the A‑Field, explaining the origins of tiny neutrino mass, exactly three flavors, ultra‑weak interactions, and intrinsic oscillation mechanisms. It also proposes the cosmic dual pressure relief valve principle to unify baryon‑antibaryon asymmetry, supernova energy release, and the Hubble tension-4. Unified Explanation of Quantum Entanglement, Proton Stability and Superluminal Causality (DOI: 10.5281/zenodo.20408675): Reveals the mechanism behind the extreme lifetime difference between protons and Δ⁺⁺ baryons from the perspective of A‑Field compressed deformation thresholds, demonstrates the superluminal synchronous coupling mechanism of quantum entanglement, and resolves the logical contradiction between superluminal propagation and cosmic causality by constructing an absolute background time based on the A‑Field ground state-5. The Nature of Magnetic Field and Planetary Dynamics: A Unified Picture from Geomagnetic Origin to Earthquake Prediction (DOI: 10.5281/zenodo.20408243): Derives the physical essence of magnetic fields as the dynamic rebound of perturbed A‑Field, explains Earth’s geomagnetic field from the irregular rotation of an A‑Field convergent mass in the core, and establishes the intrinsic coupling between geomagnetic reversal, Earth’s rotation, orogeny, and seismic activity, thereby proposing a new physics‑driven paradigm for earthquake prediction-6. All six derivative works strictly adhere to the three core axioms of the FET and introduce no additional assumptions. The theoretical framework provides a unified and self‑consistent physical picture for all natural phenomena, from particles to the universe, and systematically lists 13 falsifiable decisive predictions (augmented to 14 with an additional prediction from the magnetic field paper). The current work is qualitative and lacks mathematical formalisation, which the author hopes will be advanced through collaborative efforts.