The General Theory of Data Physics: For Industrial Assetization and Cross-Domain Interoperability

The traditional paradigm of information exchange treats data as static entities. This paper extends the General Theory of Data Physics by introducing the Principle of Physical Constraint-Driven Assetization. We posit that the transition of data from a latent signal to a tradeable asset is fundamentally driven by physical resistances (Rphysical), such as geographic fixity, spatial inaccessibility, and domain-specific schema isolation. Furthermore, we define a third class of data—Entangled Interaction Data—which emerges at the interface of divergent operational environments. By formalizing a deterministic resolution mechanism, this framework ensuring mathematical consistency across heterogeneous domains, maintaining the coupling between digital value and physical reality. Note: This work is the first formal expansion of the General Theory of Data Physics, specifically addressing the Axiom of Physical Constraint-Driven Assetization and the discovery of Entangled Interaction Data (δ∈(0,1)).