A Ziben Dynamics Reformulation of Fundamental Physics — Unifying Interactions, Quantum Measurement, and Spacetime Structure

The persistent challenges in unifying General Relativity with Quantum Field Theory, particularly the quantum measurement problem and the nature of dark matter/energy, suggest a need for foundational reformulation. This paper introduces Ziben Dynamics (资本动力学, Zīběn Dònglìxué)—a meta-theoretical framework where "Ziben" (资本, Zīběn) is defined as the totality of a system's intrinsic capacities and relational properties. From a unified Ziben Interaction Principle (资本互动原理, Zīběn Hùdòng Yuánlǐ), we reconstruct the four fundamental forces and resolve the measurement problem via the Ziben Certainty Principle (资本确定性原理, Zīběn Quèdìngxìng Yuánlǐ), positing wavefunction collapse as a dynamic equilibrium outcome. We develop a mathematical formalism centered on a Ziben Interaction Hamiltonian (资本互动哈密顿量, Zīběn Hùdòng Hāmìdùn Liàng), from which the laws of General Relativity and Quantum Mechanics are shown to emerge. Crucially, the theory is falsifiable, predicting: (1) Lorentz invariance violation from spacetime discreteness, (2) a complexity-dependent quantum-classical boundary, and (3) novel interpretations of dark matter as Weakly Interacting Capital Forms (WICF) (弱互动资本形态, Ruò Hùdòng Zīběn Xíngtài) and dark energy as the metabolic cost of spacetime itself. This work provides a coherent, testable pathway toward the unification of fundamental physics.