This framework addresses interoperability challenges in industry, suggesting new ways to manage data exchange efficiently.
The global industrial ecosystem faces an interoperability crisis caused by static data exchange models. This paper introduces the General Theory of Data Physics, a framework derived from first principles positing that industrial data is a "State Derivative" (D=dS/dt) of the physical entity. We propose three fundamental laws: (1) Ontological Orthogonality (decoupling intrinsic attributes from extrinsic contexts); (2) Value Coupling Mechanics; and (3) The Temporal Continuity Principle. Finally, we present the State Resolver Architecture for edge-based cross-domain interoperability. This framework serves as a theoretical foundation for digital product passports and industrial compliance.
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Yaxi Han (2026) studied this question.
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